3. Impact on Home Insurance Costs:
The addition of high-power transmission lines in front of residences introduces additional risk factors that could prompt insurance companies to raise premiums further, exacerbating the already soaring home insurance costs in the Bay Area.
4. Property Value Concerns: The aesthetic and health-related concerns associated with the proposed power lines could adversely af
fect property values in our community, posing a significant concern for homeowners who have invested substantially in their properties.
5. Aesthetic Impact: The installation of large electric poles and wires would detract from the visual
appeal of our neighborhood, undermining the pride we take in our well-maintained homes and attractive streetscapes.
6. Complexity and Inconvenience: The construction and maintenance of these power lines could disrupt our daily lives, leading to noise pollution, road closu res, and restricted access to homes.
Moreover, frequent power outages and service interruptions may result from ongoing maintenance activities.
7. Exploring Alternatives: We urge the city to explore alternative solutions such as upgrad ing
existing lines or implementing underground power lines, despite potentially higher upfront costs.
These alternatives offer long-term benefits in terms of safety, reliability, and minimal aesthetic impact. Additionally, investigating advanced technologies and alternative routing options could help mitigate the adverse effects on our community.
As a concerned resident of Santa Clara, and a member of a community directly affected by this proposal,
I strongly oppose the installation of power lines in route A and B. I implore Silicon Valley Power to consider alternative options(route C)
We strongly recommend utilizing the existing underground channel near Payne Place if Route A or B is chosen. For your reference, the Payne Place community already benefits from underground electric lines, eliminating the need for overhead lines in that area. that prioritize public health and safety and minimize adverse impacts on Santa Clara residents.
Thank you for your attention to this pressing matter, and eagerly await your response.
Sincerely
Leonard Le
2146 Payne Pl, Santa Clara
lenny
[email protected]
Payne Place Community
Concerns Regarding new 115 kV power lines
Diem Nguyen <[email protected]>
Wed 5/29/2024 1:55 PM
To: NRS-KRS Project <[email protected]>; [email protected] <[email protected]>; [email protected] <[email protected]>; [email protected] <[email protected]>; [email protected] <[email protected]> To Whomsoever it may concern,
As a concerned resident of Santa Clara, I am writing to express our apprehensions regarding the proposed installation route for high-power electric transmission lines and poles by Silicon Valley Power (SVP). This initiative is part of the project aimed at connecting the Northern Receiving Station (NRS) and Kifer Receiving Station (KRS).
Having reviewed the materials provided by your office and attended the recent public scoping meeting on May 23, 2024, I have delved into the details of the project.
After careful consideration, I must voice
my complete opposition to options A and B.
While acknowledging the necessity of upgrading the city’s power infrastructure, there are several significant concerns that demand attention:
1. Health Concerns:
The potential health risks associated with prolonged exposure to unsafe levels of electromagnetic fields (EMFs) emitted by these high-power electric lines are paramount.
Numerous studies have indicated a possible correlation between EMF exposure and various health issues, including heightened risks of certain cancers an d neurological disorders, especially
in children and the elderly. I have extensively researched this topic and found compelling evidence supporting these concerns. For instance, there is extensive research supporting that magnetic fields generated by the proposed power lines far exceed safe levels for human exposure, posing significant risks to residents, particularly those living within close proximity to the installation site.
2. Increased Risk for Catastrophic Accidents and Fire Hazards: The proposed route intersects with an already congested utility zone along Lafayette Street, heightening the risk of accidents and fire hazards, especially given the proximity to existing railway lines, residential buildings, and heavy vehicular traffic.
3. Impact on Home Insurance Costs
: The addition of high-power transmission lines in front of residences introduces additional risk factors that could prompt insurance companies to raise premiums further, exacerbating the already soaring home insurance costs in the Bay Area.
4. Property Value Concerns: The aesthetic and health-related concerns associated with the
proposed power lines could adversely affect property values in our community, posing a significant concern for homeowners who have invested substantially in their properties.
5. Aesthetic Impact: The installation of large electric poles and wires would detrac t from the visual
appeal of our neighborhood, undermining the pride we take in our well-maintained homes and attractive streetscapes.
6. Complexity and Inconvenience: The construction and maintenance of these power lines could
disrupt our daily lives, leading to noise pollution, road closures, and restricted access to homes.
Moreover, frequent power outages and service interruptions may result from ongoing maintenance activities.
7. Exploring Alternatives: W
e urge the city to explore alternative solutions such as upgrading existing lines or implementing underground power lines, despite potentially higher upfront costs.
These alternatives offer long-term benefits in terms of safety, reliability, and minimal aesthetic impact. Additionally, investigating advanced technologies and alternative routing options could help mitigate the adverse effects on our community.
As a concerned resident of Santa Clara, and a member of a community directly affected by this proposal,
I strongly oppose the installation of power lines in route A and B. I implore Silicon Valley Power to consider alternative options(route C) that prioritize public health and safety and minimize adverse impacts on Santa Clara residents.
We strongly recommend utilizing the existing underground channel near Payne Place if Route A or B is chosen.
For your reference, the Payne Place community already benefits from underground electric lines, eliminating the need for overhead lines in that area.
Thank you for your attention to this pressing matter, and eagerly await your response.
Sincerely
Diem Nguyen
2146 Payne Pl, Santa Clara
[email protected]
Payne Place Community
Re: Concerns Regarding Upcoming High Power Electric Wire Poles in Our Community (Mission Gardens) for the upcoming SVP project connecting the Northern Receiving Station NRS to Kifer receiving station (KRS)
Yuri Kleban π <[email protected]>
Thu 5/30/2024 4:06 PM
To: Allie Jackman <[email protected]>
Cc: NRS-KRS Project <[email protected]>
Thank you for the update Allie, much appreciated. Let me know if I can provide any more info. ---
Yuri Kleban | Global Partnerships Tools -
Global Product Lead Manager | Google |
I am part of the g2g coaching program in Google. Sign up at go/coachyuri This email may be confidential or privileged. If you received this communication by mistake, please don't forward it to anyone else, please erase all copies and attachments, and please let me know that it went to the wrong person.
On Thu, May 30, 2024 at 2:44 PM Allie Jackman <[email protected]> wrote:
Dear Concerned Resident of Santa Clara,
Thank you for submitting a comment on Silicon Valley Power’s Northern Receiving Station (NRS) to Kifer Receiving Station (KRS) 115 kV Transmission Line Project. Your comment has been recorded and will be addressed and responded to in detail within the upcoming CEQA document (IS/MND). As a reminder, once the CEQA document is published, there will be another opportunity for public comment. We have added your information to our notification list for this project.
We look forward to continuing to work with you on this important project.
Best regards,
ALLIE JACKMAN, P.E.
Principal Electric Utility Engineer
D: 408-615-6639
881 Martin Avenue, Santa Clara, CA 95050
www.siliconvalleypower.com
From: Yuri Kleban π <[email protected]>
Sent: Wednesday, May 29, 2024 1:56 PM
To: Allie Jackman <[email protected]>
-------
Subject: Re: Concerns Regarding Upcoming High Power Electric Wire Poles in Our Community (Mission Gardens) for the upcoming SVP project connec ng the Northern R eceiving Sta on NR S to Kif er receiving sta on (KR S)
Hello there,
As a concerned resident of Santa Clara, I am writing to express our apprehensions regarding the proposed installation route for high-power electric transmission lines and poles by Silicon Valley Power (SVP). This initiative is part of the project aimed at connecting the Northern Receiving Station (NRS) and Kifer Receiving Station (KRS).
Having reviewed the materials provided by your office and attended the recent public scoping meeting on May 23, 2024, I have delved into the details of the project. After careful consideration, I must voice my complete opposition to options A and B.
While acknowledging the necessity of upgrading the city’s power infrastructure, there are several significant concerns that demand attention:
1. Health Concerns: The potential health risks associated with prolonged exposure to unsafe levels of electromagnetic fields (EMFs) emitted by these high-power electric lines are paramount. Numerous studies have indicated a possible correlation between EMF exposure and various health issues, including heightened risks of certai n cancers and neurological
disorders, especially in children and the elderly. I have extensively researched this topic and found compelling evidence supporting these concerns. For instance, there is extensive research supporting that magnetic fields generated by the proposed power lines far exceed safe levels for human exposure, posing significant risks to residents, particularly those living within close proximity to the installation site.
Residents living in close proximity to these high power lines are at greater risk. I have gone through several medical and scientific research papers published on this matter that support our concern on this matter.
Here are a few links for reference to some such research articl es:
https://www.ncbi.nlm.nih.gov/pmc/articles/PMC10590107/
https://www.hydroone.com/poweroutagesandsafety_/corporatehealthandsafety_/EMFs/Trans mission_Line_EMF_Fields.pdf
https://www.emrss.com/blogs/emr-shielding-solutions-blogs/what-are-safe-levels-of-emf
As a quick overview from these please see below:
The magnetic field generated by the high power lines is way beyond safe levels for humans.
Here is a break up:
· 115kV power transmission line has a Mean Magnetic Field (mG) of 6.5 at a distance of <50 feet.
· 230kV power transmission line has a Mean Magnetic Field (mG) of 19.5 at a distance of <50 feet. ( ref.
Link2)
As the project stands today, the first row of houses in Mission Gardens on Lafayette Street will be less than 50 feet from the proposed installation point per Route A of these poles.The safe value of magnetic field around humans is 0.7mg (ref.
Link3) per numbers listed above,
it's evident that residents in close proximity will be exposed to very high unsafe levels of •
•
•
EMF. This will have a significant impact to all the residents within 50-75 feet. As mentioned ,more reference to various NIH research articles on Pubmed can also be provided if needed to reinforce the concerns.
While I am speaking up as a resident of Mission Gardens, there are many other houses and apartment complexes along and near Lafayette St. whose residents will also be impacted by the unsafe levels of EMF.
Even a small risk is substantial for public health safety and can and should not be ignored by authorities; we need to err on the side of caution.
2. Increased Risk for Catastrophic
Accidents and Fire Hazards: The proposed route
intersects with an already congested utility zone along Lafayette Street, heightening the risk of accidents and fire hazards, especially given the proximity to existing railway lines, residential buildings, and heavy vehicular traffic.
3. Impact on Home Insurance Costs: The addition of high-power transmission lines in front of residences introduces additional risk factors that could prompt insurance companies to raise premiums further, exacerbating the already soaring home insurance costs in the Bay Area.
4. Property Value Concerns: The aesthetic and health-related concerns associated with the proposed power lines could adversely affect property values in our community, posing a significant concern for homeowners who have invested substantially in their properties.
5. Aesthetic Impact: The installation of large electric poles and wires would detract from the visual appeal of our neighborhood, undermining the pride we take in our well-maintained homes and attractive streetscapes.
6. Complexity and Inconvenience
: The construction and maintenance of these power lines could disrupt our daily lives, leading to noise pollution, road closures, and restricted access to homes. Moreover, frequent power outages and service interruptions may result from ongoing maintenance activities.
7. Exploring
Alternatives: We urge the city to explore alternative solutions such as upgrading existing lines or implementing underground power lines, despite potentially higher upfront costs. These alternatives offer long-term benefits in terms of safety, reliability , and minimal
aesthetic impact. Additionally, investigating advanced technologies and alternative routing options could help mitigate the adverse effects on our community.
I respectfully request a meeting with relevant city officials and representatives from the utility company to discuss these concerns in detail and explore viable solutions. Finding a balance between necessary infrastructure upgrades and safeguarding the health, safety, and aesthetic integrity of our community is imperative.
As a concerned resident of Santa Clara, and a member of a community directly af fected by this
proposal, I strongly oppose the installation of power lines in options A and B. I implore Silicon Valley Power to consider alternative options that prioritize public he alth and safety and minimize adverse
impacts on Santa Clara residents.
Thank you for your attention to this pressing matter. I eagerly await your response and the opportunity to collaborate on finding a satisfactory resolution. ---
Yuri Kleban | Global Partnerships Tools - Global Product Lead Manager | Google |
I am part of the g2g coaching program in Google. Sign up at go/coachyuri
This email may be confidential or privileged. If you received this communication by mistake, please don't forward it to anyone else, please erase all copies and attachments, and please let me know that it went to the wrong person.
The information contained in this email may be privileged, confidential and exempt from disclosure under applicable law. The information is intended only for the use of the individual or entity to which it is addressed. If you are not the intended recipient or the employee or agent responsible to deliver it to the intended recipient, you are hereby notified that any use, dissemination, distribution or copying of this communication is strictly prohibited. If you have received this message in error, or are not the named recipient(s), please notify the sender immediately by reply email and delete this message from your computer. Thank you
Concerns Regarding new 115 kV power lines
Niaz Khan <[email protected]>
Wed 5/29/2024 2:15 PM
To: NRS-KRS Project <[email protected]>; [email protected] <[email protected]>; [email protected] <[email protected]>; [email protected] <[email protected]>; [email protected] <[email protected]> To Whomsoever it may concern,
As a concerned resident of Santa Clara, I am writing to express our apprehensions regarding the proposed installation route for high-power electric transmission lines and poles by Silicon Valley Power (SVP). This initiative is part of the project aimed at connecting the Northern Receiving Station (NRS) and Kifer Receiving Station (KRS).
Having reviewed the materials provided by your office and attended the recent public scoping meeting on May 23, 2024, I have delved into the details of the project. After careful consideration, I must voice my complete opposition to options
A and B.
While acknowledging the necessity of upgrading the city’s power infrastructure, there are several significant concerns that demand attention:
1. Health Concerns: The potential health risks associated with prolonged exposure to unsafe levels of electromagnetic fields (EMFs) emitted by these high-power el ectric lines are paramount.
Numerous studies have indicated a possible correlation between EMF exposure and various health issues, including heightened risks of certain cancers and neurological disorders, especially in children and the elderly. I have extensively researched this topic and found compelling evidence supporting these concerns. For instance, there is extensive res earch supporting that magnetic
fields generated by the proposed power lines far exceed safe levels for human exposure, posing significant risks to residents, particularly those living within close proximity to the installation site.
2. Increased Risk for Catastrophic Accidents and Fire Hazards: The proposed route intersects with an already congested utility zone along Lafayette Street, heightening the risk of accidents and fire hazards, especially given the proximity to existing railway lines, residential buildings, and heavy vehicular traffic.
3. Impact on Home Insurance Costs: The addition of high-power transmission lines in front of residences introduces additional risk factors that could prompt insurance companies to raise premiums further
, exacerbating the already soaring home insurance costs in the Bay Area.
4. Property Value Concerns: The aesthetic and health-related concerns associated with the proposed power lines could adversely affect property values in our community , posing a significant
concern for homeowners who have invested substantially in their properties.
5. Aesthetic Impact: The installation of large electric poles and wires would detract from the visual appeal of our neighborhood, undermining the pride we take in our well-maintained homes and attractive streetscapes.
6. Complexity and Inconvenience
: The construction and maintenance of these power lines could disrupt our daily lives, leading to noise pollution, road closures, and restricted access to homes.
Moreover, frequent power outages and service interruptions may result f rom ongoing maintenance
activities.
7. Exploring Alternatives: We urge the city to explore alternative solutions such as upgrading existing lines or implementing underground power lines, despite potentially higher upfront costs.
These alternatives offer long-term benefits in terms of safety, reliability, and minimal aesthetic impact. Additionally, investigating advanced technologies and alternative routing options could help mitigate the adverse effects on our community.
As a concerned resident of Santa Clara, and a member of a community directly affected by this proposal,
I strongly oppose the installation of power lines in route A and B. I implore Silicon Valley Power to consider alternative options (route C) that prioritize public health and safety and minimize adverse impacts on Santa Clara residents.
We strongly recommend utilizing the existing underground channel near Payne Place if Route A or B is chosen. For your reference, the Payne Place community already benefits from underground electric lines, eliminating the need for overhead lines in that area.
Thank you for your attention to this pressing matter
, and eagerly await your response.
Sincerely
Niaz Khan
2134 Payne Place, Santa Clara, 95054
[email protected]
Payne Place Community
Concerns Regarding new 115 kV power lines.
gayathri ch <[email protected]>
Thu 5/30/2024 8:20 AM
To: NRS-KRS Project <[email protected]>; [email protected] <[email protected]>; [email protected] <[email protected]>; [email protected] <[email protected]>; [email protected] <[email protected]> Hi To Whomsoever it may concern,
As a concerned resident of Santa Clara, I am writing to express our apprehensions regarding the proposed installation route for high-power electric transmission lines and poles by Silicon Valley Power (SVP). This initiative is part of the project aimed at connecting the Northern Receiving Station (NRS) and Kifer Receiving Station (KRS).
Having reviewed the materials provided by your office and attended the recent public scoping meeting on May 23, 2024, I have delved into the details of the project. After careful consideration, I must voice my complete opposition to options A and B.
While acknowledging the necessity of upgrading the city’s power infrastructure, there are several significant concerns that demand attention:
Health Concerns: The potential health risks associated with prolonged exposure to unsafe levels of electromagnetic fields (EMFs) emitted by these high-power electric lines are paramount. Numerous studies have indicated a possible correlation between EMF exposure and various health issues, including heightened risks of certain cancers and neurological disorders, especially in children and the elderly. I have extensively researched this topic and found compelling evidence supporting these concerns. For instance, there is extensive research supporting that magnetic fields generated by the proposed power lines far exceed safe levels for human exposure, posing significant risks to residents, particularly those living within close proximity to the installation site.
Increased Risk for Catastrophic Accidents and Fire Hazards: The proposed route intersects with an already congested utility zone along Lafayette Street, heightening the risk of accidents and fire hazards, especially given the proximity to existing railway lines, residential buildings, and heavy vehicular traffic.
Impact on Home Insurance Costs: The addition of high-power transmission lines in front of residences introduces additional risk factors that could prompt insurance companies to raise premiums further, exacerbating the already soaring home insurance costs in the Bay Area.
Property Value Concerns: The aesthetic and health-related concerns associated with the proposed power lines could adversely affect property values in our community, posing a significant concern for homeowners who have invested substantially in their properties.
Aesthetic Impact: The installation of large electric poles and wires would detract from the visual appeal of our neighborhood, undermining the pride we take in our well-maintained homes and attractive streetscapes.
Complexity and Inconvenience: The construction and maintenance of these power lines could disrupt our daily lives, leading to noise pollution, road closures, and restricted access to homes. Moreover, frequent power outages and service interruptions may result from ongoing maintenance activities.
Exploring Alternatives: We urge the city to explore alternative solutions such as upgrading existing lines or implementing underground power lines, despite potentially higher upfront costs. These alternatives offer long-term benefits in terms of safety, reliability, and minimal aesthetic impact. Additionally, investigating advanced technologies and alternative routing options could help mitigate the adverse effects on our community.
As a concerned resident of Santa Clara, and a member of a community directly affected by this proposal, I strongly oppose the installation of power lines in route A and B. I implore Silicon Valley Power to consider alternative options(route C) that prioritize public health and safety and minimize adverse impacts on Santa Clara residents.
We strongly recommend utilizing the existing underground channel near Payne Place if Route A or B is chosen. For your reference, the Payne Place community already benefits from underground electric lines, eliminating the need for overhead lines in that area.
Thank you for your attention to this pressing matter, and eagerly await your response.
Sincerely
Gayathri Chebrolu
2102 Payne Pl, Santa Clara, CA - 95054
[email protected]
Payne Place Community
Concerns Regarding new 115 kV power lines.
Anupama Raman <[email protected]>
Wed 5/29/2024 2:53 PM
To: NRS-KRS Project <[email protected]>; [email protected] <[email protected]>; [email protected] <[email protected]>; [email protected] <[email protected]>; [email protected] <[email protected]> As a concerned resident of Santa Clara, and a member of a community directly affected by this proposal,
I strongly oppose the installation of power lines in route A and B. I implore Silicon Valley Power to consider alternative options(route C) that prioritize public health and safety and minimize adverse impacts on Santa Clara residents.
We strongly recommend utilizing the existing underground channel near Payne Place if Route A or B is chosen. For your reference, the Payne Place community already benefits from underground electric lines, eliminating the need for overhead lines in that area.
Thank you for your attention to this pressing matter, and eagerly await your response
Anupama swaminath
2126 Payne place
Santa Clara , CA-95054
Sent from my iPhone
Concerns Regarding new 115 kV power lines
Shaheen Khan <[email protected]>
Wed 5/29/2024 2:58 PM
To: NRS-KRS Project <[email protected]>; [email protected] <[email protected]>; [email protected] <[email protected]>; [email protected] <[email protected]>; [email protected] <[email protected]> To Whomsoever it may concern,
As a concerned resident of Santa Clara, I am writing to express our apprehensions regarding the proposed installation route for high-power electric transmission lines and poles by Silicon Valley Power (SVP). This initiative is part of the project aimed at connecting the Northern Receiving Station (NRS) and Kifer Receiving Station (KRS).
Having reviewed the materials provided by your office and attended the recent public scoping meeting on May 23, 2024, I have delved into the details of the project. After careful consideration, I must voice my complete opposition to options A and B.
While acknowledging the necessity of upgrading the city’s power infrastructure, there are several significant concerns that demand attention:
1. Health Concerns: The potential health risks associated with prolonged exposure to unsafe levels of electromagnetic fields (EMFs) emitted by these high-p ower electric lines are
paramount. Numerous studies have indicated a possible correlation between EMF exposure and various health issues, including heightened risks of certain cancers and neurological disorders, especially in children and the elderly. I have extensively researched this topic and found compelling evidence supporting these concerns. For instance, there is extensive research supporting that magnetic fields generated by the proposed power lines far exceed safe levels for human exposure, posing significant risks to residents, particularly those living within close proximity to the installation site.
2. Increased Risk for Catastrophic
Accidents and Fire Hazards: The proposed route intersects with an already congested utility zone along Lafayette Street, heightening the risk of accidents and fire hazards, especially given the proximity to existing railway lines, residential buildings, and heavy vehicular traffic.
3. Impact on Home Insurance Costs: The addition of high-power transmission lines in front of residences introduces additional risk factors that could prompt insurance companies to raise premiums further, exacerbating the already soaring home insurance costs in the Bay Area.
4. Property Value Concerns: The aesthetic and health-related concerns associated with the proposed power lines could adversely affect property values in our community , posing a
significant concern for homeowners who have invested substantially in their properties.
5. Aesthetic Impact: The installation of large electric poles and wires would detract from the visual appeal of our neighborhood, undermining the pride we take in our well-maintained homes and attractive streetscapes.
6. Complexity and Inconvenience:
The construction and maintenance of these power lines could disrupt our daily lives, leading to noise pollution, road closures, and restricted access to homes.
Moreover, frequent power outages and service interruptions may result from ongoing maintenance activities.
7. Exploring Alternatives: We urge the city to explore alternative solutions such as upgrading existing lines or implementing underground power lines, despite potentially higher upfront costs.
These alternatives offer long-term benefits in terms of safety, reliability, and minimal aesthetic impact. Additionally, investigating advanced technologies and alternative routing options could help mitigate the adverse ef
fects on our community.
As a concerned resident of Santa Clara, and a member of a community directly affected by this proposal,
I strongly oppose the installation of power lines in route A and B. I implore Silicon Valley Power to consider alternative options (route C) that prioritize public health and safety and minimize adverse impacts on Santa Clara residents.
We strongly recommend utilizing the existing underground channel near Payne Place if Route A or B is chosen. For your reference, the Payne Place community already benefits from underground electric lines, eliminating the need for overhead lines in that area.
Thank you for your attention to this pressing matter
, and eagerly await your response.
Sincerely
Shaheen Khan
2134 Payne Place, Santa Clara, 95054
[email protected]
Payne Place Community
new 115 kV power lines
[email protected] <[email protected]>
Wed 5/29/2024 3:43 PM
To: NRS-KRS Project <[email protected]>; [email protected] <[email protected]>; [email protected] <[email protected]>; [email protected] <[email protected]>; [email protected] <[email protected]> Cc: [email protected] <[email protected]>
Re : proposed installation route for high-power electric transmission lines and poles by Silicon Valley Power (SVP). This initiative is part of the project aimed at connecting the Northern Receiving Station (NRS) and Kifer Receiving Station (KRS)
We live at 2138 Payne Place, Santa Clara and are highly concerned about the new 115kV power lines passing through our area.
Request: Please reconsider the installation of power lines in route A and B as that is detrimental to the residents at Payne Place. Please find another route.
Thank you,
Rahul Khona and Abhi Pant
Concerns Regarding Upcoming High Power Electric Wire Poles in Our Community( Mission Gardens) for the upcoming SVP project connecting the Northern Receiving Station NRS to Kifer receiving station (KRS).
Hima Sree MC <[email protected]>
Wed 5/29/2024 4:39 PM
To: NRS-KRS Project <[email protected]>
To Whomsoever it may concern,
As a concerned resident of Santa Clara, I am writing to express our apprehensions regarding the proposed installation route for high-power electric transmission lines and poles by Silicon Valley Power (SVP). This initiative is part of the project aimed at connecting the Northern Receiving Station (NRS) and Kifer Receiving Station (KRS).
Having reviewed the materials provided by your office and attended the recent public scoping meeting on May 23, 2024, I have delved into the details of the project. After careful consideration, I must voice my complete opposition to options A and B.
While acknowledging the necessity of upgrading the city’s power infrastructure, there are several significant concerns that demand attention:
1. Health Concerns: The potential health risks associated with prolonged exposure to unsafe levels of electromagnetic fields (EMFs) emitted by these high-power electric lines are paramount. Numerous studies have indicated a possible correlation between EMF exposure and various health issues, including heightened risks of certain cancers and neurological disorders, especially in children and the elderly. I have extensively researched this topic and found compelling evidence supporting these concerns. For instance, there is extensive research supporting that magnetic fields generated by the proposed power lines far exceed safe levels for human exposure, posing significant risks to residents, particularly those living within close proximity to the installation site.
Residents living in close proximity to these high power lines are at greater risk. I have gone through several medical and scientific research papers published on this matter that support our concern on this matter.
Here are a few links for reference to some such research articles:
https://www.ncbi.nlm.nih.gov/pmc/articles/PMC10590107/
https://www.hydroone.com/poweroutagesandsafety_/corporatehealthandsafety_/EMFs/Transmission_Line_EMF_Fields.pdf https://www.emrss.com/blogs/emr-shielding-solutions-blogs/what-are-safe-levels-of-emf As a quick overview from these please see below:
The magnetic field generated by the high power lines is way beyond safe levels for humans. Here is a break up:
· 115kV power transmission line has a Mean Magnetic Field (mG) of 6.5 at a distance of <50 feet. · 230kV power transmission line has a Mean Magnetic Field (mG) of 19.5 at a distance of <50 feet. ( ref. Link2)
As the project stands today, the first row of houses in Mission Gardens on Lafayette Street will be less than 50 feet from the proposed installation point per Route A of these poles.The safe value of magnetic field around humans is 0.7mg (ref.
Link3) per
numbers listed above, it's evident that residents in close proximity will be exposed to very high unsafe levels of EMF. This will have a significant impact to all the residents within 50-75 feet. As mentioned ,more reference to various NIH research articles on Pubmed can also be provided if needed to reinforce the concerns.
While I am speaking up as a resident of Mission Gardens, there are many other houses and apartment complexes along and near Lafayette St. whose residents will also be impacted by the unsafe levels of EMF.
Even a small risk is substantial for public health safety and can and should not be ignored by authorities; we need to err on the side of caution.
1. Increased Risk for Catastrophic Accidents and Fire Hazards: The proposed route intersects with an already congested utility zone along Lafayette Street, heightening the risk of accidents and fire hazards, especially given the proximity to existing railway lines, residential buildings, and heavy vehicular traffic.
2. Impact on Home Insurance Costs: The addition of high-power transmission lines in front of residences introduces additional risk factors that could prompt insurance companies to raise premiums further, exacerbating the already soaring home insurance costs in the Bay Area.
3. Property Value Concerns: The aesthetic and health-related concerns associated with the proposed power lines could adversely affect property values in our community, posing a significant concern for homeowners who have invested substantially in their properties.
4. Aesthetic Impact: The installation of large electric poles and wires would detract from the visual appeal of our neighborhood, undermining the pride we take in our well-maintained homes and attractive streetscapes.
5. Complexity and Inconvenience
: The construction and maintenance of these power lines could disrupt our daily lives, leading to noise pollution, road closures, and restricted access to homes. Moreover, frequent power outages and service interruptions may result from ongoing maintenance activities.
6. Exploring Alternatives: W
e urge the city to explore alternative solutions such as upgrading existing lines or implementing underground power lines, despite potentially higher upfront costs. These alternatives offer long-term benefits in terms of safety, reliability, and minimal aesthetic impact.
Additionally, investigating advanced technologies and alternative routing options could help mitigate the adverse effects on our community.
I respectfully request a meeting with relevant city officials and representatives from the utility company to discuss these concerns in detail and explore viable solutions. Finding a balance between necessary infrastructure upgrades and safeguarding the health, safety, and aesthetic integrity of our community is imperative.
As a concerned resident of Santa Clara, and a member of a community directly affected by this proposal, I strongly oppose the installation of power lines in options A and B. I implore Silicon Valley Power to consider alternative options that prioritize public health and safety and minimize adverse impacts on Santa Clara residents.
Thank you for your attention to this pressing matter. I eagerly await your response and the opportunity to collaborate on finding a satisfactory resolution.
Himasree Chundi
1849 Silva place
Santa Clara, CA-95054
Mission Gardens
--
:-P Smile.....And the world smiles with you :-P
Concerns Regarding Upcoming High Power Electric Wire Poles in Our Community( Mission Gardens) for the upcoming SVP project connecting the Northern Receiving Station NRS to Kifer receiving station (KRS).
TheGoteFamily <[email protected]>
Wed 5/29/2024 4:46 PM
To: [email protected] <[email protected]>; [email protected] <[email protected]>; [email protected] <[email protected]>; [email protected] <[email protected]>; [email protected] <[email protected]>; NRS- KRS Project <[email protected]>
To Whomsoever it may concern,
As a concerned resident of Santa Clara, I am writing to express our apprehensions regarding the proposed installation route for high-power electric transmission lines and poles by Silicon Valley Power (SVP). This initiative is part of the project aimed at connecting the Northern Receiving Station (NRS) and Kifer Receiving Station (KRS).
Having reviewed the materials provided by your office and attended the recent public scoping meeting on May 23, 2024, I have delved into the details of the project. After careful consideration, I must voice my complete opposition to options A and B.
While acknowledging the necessity of upgrading the city’s power infrastructure, there are several significant concerns that demand attention:
1. Health Concerns: The potential health risks associated with prolonged exposure to unsafe levels of electromagnetic
fields (EMFs) emitted by these high-power electric lines are paramount. Numerous studies have indicated a possible
correlation between EMF exposure and various health
issues, including heightened risks of certain cancers and neurological disorders, especially in children and the
elderly. I have extensively researched this topic and found compelling evidence supporting these concerns. For
instance, there is extensive research supporting that
magnetic fields generated by the proposed power lines far exceed safe levels for human exposure, posing significant risks to residents, particularly those living within close proximity to the installation site.
Residents living in close proximity to these high power lines are at greater risk. I have gone through several medical and scientific research papers published on this matter that support our concern on this matter.
Here are a few links for reference to some such research articles:
https://www.ncbi.nlm.nih.gov/pmc/articles/PMC10590107/
https://www.hydroone.com/poweroutagesandsafety_/corpor
atehealthandsafety_/EMFs/Transmission_Line_EMF_Fields
.pdf
https://www.emrss.com/blogs/emr-shielding-solutions-
blogs/what-are-safe-levels-of-emf
As a quick overview from these please see below:
The magnetic field generated by the high power lines is way beyond safe levels for humans. Here is a break up:
· 115kV power transmission line has a Mean
Magnetic Field (mG) of 6.5 at a distance of <50 feet.
· 230kV power transmission line has a Mean
Magnetic Field (mG) of 19.5 at a distance of <50 feet. ( ref.
Link2)
As the project stands today, the first row of houses in Mission Gardens on Lafayette Street will be less than 50 feet from the proposed installation point per Route A of these poles.The safe value of magnetic field around
humans is 0.7mg (ref.
Link3) per numbers listed above, it's
evident that residents in close proximity will be exposed to very high unsafe levels of EMF. This will have a significant •
•
•
impact to all the residents within 50-75 feet. As mentioned ,more reference to various NIH research articles on
Pubmed can also be provided if needed to reinforce the
concerns.
While I am speaking up as a resident of Mission Gardens, there are many other houses and apartment complexes
along and near Lafayette St. whose residents will also be impacted by the unsafe levels of EMF.
Even a small risk is substantial for public health safety and can and should not be ignored by authorities; we need to err on the side of caution.
2. Increased Risk for Catastrophic Accidents and Fire Hazards:
The proposed route intersects with an already congested utility zone along Lafayette Street, heightening the risk of accidents and fire hazards, especially given the proximity to existing railway lines, residential buildings, and heavy vehicular traffic.
3. Impact on Home Insurance Costs: The addition of high- power transmission lines in front of residences introduces additional risk factors that could prompt insurance
companies to raise premiums further, exacerbating the
already soaring home insurance costs in the Bay Area.
4. Property Value Concerns: The aesthetic and health-related concerns associated with the proposed power lines could adversely affect property values in our community, posing a significant concern for homeowners who have invested
substantially in their properties.
5. Aesthetic Impact: The installation of large electric poles and wires would detract from the visual appeal of our
neighborhood, undermining the pride we take in our well- maintained homes and attractive streetscapes.
6. Complexity and Inconvenience: The construction and
maintenance of these power lines could disrupt our daily lives, leading to noise pollution, road closures, and
restricted access to homes. Moreover, frequent power
outages and service interruptions may result from ongoing maintenance activities.
7. Exploring Alternatives: We urge the city to explore
alternative solutions such as upgrading existing lines or implementing underground power lines, despite potentially higher upfront costs. These alternatives offer long-term benefits in terms of safety, reliability, and minimal aesthetic impact. Additionally, investigating advanced technologies and alternative routing options could help mitigate the adverse effects on our community.
I respectfully request a meeting with relevant city officials and representatives from the utility company to discuss these concerns in detail and explore viable solutions. Finding a balance between necessary infrastructure upgrades and
safeguarding the health, safety, and aesthetic integrity of our community is imperative.
As a concerned resident of Santa Clara, and a member of a community directly affected by this proposal, I strongly oppose the installation of power lines in options A and B. I implore Silicon Valley Power to consider alternative options that prioritize public health and safety and minimize adverse impacts on Santa Clara residents.
Thank you for your attention to this pressing matter. I eagerly await your response and the opportunity to collaborate on finding a satisfactory resolution.
Sushil Gote
4506 St Palais Place
Santa Clara
CA
4084318629
--
Sushil &Chetna Gote
San Jose, CA
Re: Concerns Regarding Upcoming High Power Electric Wire Poles in Our Community( Mission Gardens) for the upcoming SVP project connecting the Northern Receiving Station NRS to Kifer receiving station (KRS).
Ashwini <[email protected]>
Wed 5/29/2024 4:55 PM
To: Gane Sugali <[email protected]>; NRS-KRS Project <[email protected]>; [email protected] <[email protected]>; [email protected] <[email protected]>; [email protected] <[email protected]> Cc: Gane Sugali <[email protected]>
Yahoo Mail: Search, Organize, Conquer
On Mon, May 27, 2024 at 2:55 PM, Gane Sugali
<[email protected]> wrote:
To Whomsoever it may concern,
As a concerned resident of Santa Clara, I am writing to express our apprehensions regarding the proposed installation route for high- power electric transmission lines and poles by Silicon Valley Power (SVP). This initiative is part of the project aimed at connecting the Northern Receiving Station (NRS) and Kifer Receiving Station (KRS).
Having reviewed the materials provided by your office and attended the recent public scoping meeting on May 23, 2024, I have delved into the details of the project. After careful consideration, I must voice my complete opposition to options A and B.
While acknowledging the necessity of upgrading the city’s power infrastructure, there are several significant concerns that demand attention:
Health Concerns: The potential health risks associated with prolonged exposure to unsafe levels of electromagnetic fields (EMFs) emitted by these high-power electric lines are paramount. Numerous studies have indicated a possible correlation between EMF exposure and various health issues, including heightened risks of certain cancers and neurological disorders, especially in children and the elderly. I have extensively researched this topic and found compelling evidence supporting these concerns. For instance, there is extensive research supporting that magnetic fields generated by the proposed power lines far exceed safe levels for human exposure, posing significant risks to residents, particularly those living within close proximity to the installation site.
Residents living in close proximity to these high power lines are at greater risk. I have gone through several medical and scientific research papers published on this matter that support our concern on this matter.
Here are a few links for reference to some such research articles:
https://www.ncbi.nlm.nih.gov/pmc/articles/PMC10590107/
https://www.hydroone.com/poweroutagesandsafety_/corporatehealthandsafety_/EMFs/Transmission_Line_EMF_Fields.pdf https://www.emrss.com/blogs/emr-shielding-solutions-blogs/what-are-safe-levels-of-emf As a quick overview from these please see below:
The magnetic field generated by the high power lines is way beyond safe levels for humans. Here is a break up:
· 115kV power transmission line has a Mean Magnetic Field (mG) of 6.5 at a distance of <50 feet. · 230kV power transmission line has a Mean Magnetic Field (mG) of 19.5 at a distance of <50 feet. ( ref. Link2)
As the project stands today, the first row of houses in Mission Gardens on Lafayette Street will be less than 50 feet from the proposed installation point per Route A of these poles.The safe value of magnetic field around humans is 0.7mg (ref. Link3) per numbers listed above, it's evident that residents in close proximity will be exposed to very high unsafe levels of EMF. This will have a significant impact to all the residents within 50-75 feet. As mentioned ,more reference to various NIH research articles on Pubmed can also be provided if needed to reinforce the concerns.
While I am speaking up as a resident of Mission Gardens, there are many other houses and apartment complexes along and near Lafayette S
t. whose residents will also be impacted by the unsafe levels of EMF.
Even a small risk is substantial for public health safety and can and should not be ignored by authorities; we need to err on the side of caution.
Increased Risk for Catastrophic Accidents and Fire Hazards: The proposed route intersects with an already congested utility zone along Lafayette Street, heightening the risk of accidents and fire hazards, especially given the proximity to existing railway lines, residential buildings, and heavy vehicular traffic.
Impact on Home Insurance Costs: The addition of high-power transmission lines in front of residences introduces additional risk factors that could prompt insurance companies to raise premiums further, exacerbating the already soaring home insurance costs in the Bay Area.
Property Value Concerns: The aesthetic and health-related concerns associated with the proposed power lines could adversely affect property values in our community, posing a significant concern for homeowners who have invested substantially in their properties.
Aesthetic Impact: The installation of large electric poles and wires would detract from the visual appeal of our neighborhood, undermining the pride we take in our well-maintained homes and attractive streetscapes.
Complexity and Inconvenience: The construction and maintenance of these power lines could disrupt our daily lives, leading to noise pollution, road closures, and restricted access to homes. Moreover, frequent power outages and service interruptions may result from ongoing maintenance activities.
Exploring Alternatives: We urge the city to explore alternative solutions such as upgrading existing lines or implementing underground power lines, despite potentially higher upfront costs. These alternatives offer long-term benefits in terms of safety, reliability, and minimal aesthetic impact. Additionally, investigating advanced technologies and alternative routing options could help mitigate the adverse effects on our community.
I respectfully request a meeting with relevant city officials and representatives from the utility company to discuss these concerns in detail and explore viable solutions. Finding a balance between necessary infrastructure upgrades and safeguarding the health, safety, and aesthetic integrity of our community is imperative.
As a concerned resident of Santa Clara, and a member of a community directly affected by this proposal, I strongly oppose the installation of power lines in options A and B. I implore Silicon Valley Power to consider alternative options that prioritize public health and safety and minimize adverse impacts on Santa Clara residents.
Thank you for your attention to this pressing matter. I eagerly await your response and the opportunity to collaborate on finding a satisfactory resolution.
Aswini Kumbavath
1921 Silva place Santa Clara 95054
4087189040
Mission Garden community
Concerns Regarding Upcoming High Power Electric Wire Poles in Our Community( Mission Gardens) for the upcoming SVP project connecting the Northern Receiving Station NRS to Kifer receiving station (KRS).
kanupriya kabra <[email protected]>
Wed 5/29/2024 4:55 PM
To: [email protected] <[email protected]>;NRS-KRS Project <[email protected]>; [email protected] <[email protected]>; [email protected] <[email protected]>; [email protected] <[email protected]>; [email protected] <[email protected]>
To Whomsoever it may concern,
As a concerned resident of Santa Clara, I am writing to express our apprehensions regarding the proposed installation route for high-power electric transmission lines and poles by Silicon Valley Power (SVP). This initiative is part of the project aimed at connecting the Northern Receiving Station (NRS) and Kifer Receiving Station (KRS).
Having reviewed the materials provided by your office and attended the recent public scoping meeting on May 23, 2024, I have delved into the details of the project. After careful consideration, I must voice my complete opposition to options A
and B.
While acknowledging the necessity of upgrading the city’s power infrastructure, there are several significant concerns that demand attention:
1. Health Concerns: The potential health risks associated with prolonged exposure to unsafe levels of electromagnetic fields (EMFs) emitted by these high-power el ectric lines are paramount.
Numerous studies have indicated a possible correlation between EMF exposure and various health issues, including heightened risks of certain cancers and neurological disorders, especially in children and the elderly. I have extensively researched this topic and found compelling evidence
supporting these concerns. For instance, there is extensive research supporting that magnetic fields generated by the proposed power lines far exceed safe levels for human exposure, posing significant risks to residents, particularly those living within close proximity to the installation site.
Residents living in close proximity to these high power lines are at greater risk. I have gone through several medical and scientific research papers published on this matter that support our concern on this matter.
Here are a few links for reference to some such research articles:
https://www.ncbi.nlm.nih.gov/pmc/articles/PMC10590107/
https://www.hydroone.com/poweroutagesandsafety_/corporatehealthandsafety_/EMFs/Transmissi on_Line_EMF_Fields.pdf
https://www.emrss.com/blogs/emr-shielding-solutions-blogs/what-are-safe-levels-of-emf As a quick overview from these please see below:
The magnetic field generated by the high power lines is way beyond safe levels for humans.
Here is a break up:
· 115kV power transmission line has a Mean Magnetic Field (mG) of 6.5 at a distance of <50 feet.
•
•
•
· 230kV power transmission line has a Mean Magnetic Field (mG) of 19.5 at a distance of <50 feet. ( ref. Link2)
As the project stands today, the first row of houses in Mission Gardens on Lafayette Street will be less than 50 feet from the proposed installation point per Route A of these poles.The safe value of magnetic field around humans is 0.7mg (ref.
Link3) per numbers listed above, it's evident that
residents in close proximity will be exposed to very high unsafe levels of EMF. This will have a significant impact to all the residents within 50-75 feet. As mentioned ,more reference to various NIH research articles on Pubmed can also be provided if needed to reinforce the concerns.
While I am speaking up as a resident of Mission Gardens, there are many other houses and apartment complexes along and near Lafayette St. whose residents will also be impacted by the unsafe levels of EMF.
Even a small risk is substantial for public health safety and can and should not be ignored by authorities; we need to err on the side of caution.
2. Increased Risk for Catastrophic Accidents and Fire Hazards:
The proposed route intersects
with an already congested utility zone along Lafayette Street, heightening the risk of accidents and fire hazards, especially given the proximity to existing railway lines, residential buildings, and heavy vehicular traf
fic.
3. Impact on Home Insurance Costs: The addition of high-power transmission lines in front of residences introduces additional risk factors that could prompt insurance companies to raise premiums further, exacerbating the already soaring home insurance costs in the Bay Area.
4. Property Value Concerns:
The aesthetic and health-related concerns associated with the proposed power lines could adversely affect property values in our community, posing a significant concern for homeowners who have invested substantially in their properties.
5. Aesthetic Impact:
The installation of large electric poles and wires would detract from the visual appeal of our neighborhood, undermining the pride we take in our well-maintained homes and attractive streetscapes.
6. Complexity and Inconvenience:
The construction and maintenance of these power lines could disrupt our daily lives, leading to noise pollution, road closures, and restricted access to homes.
Moreover, frequent power outages and service interruptions may result from ongoing maintenance activities.
7. Exploring Alternatives
: We urge the city to explore alternative solutions such as upgrading existing lines or implementing underground power lines, despite potentially higher upfront costs.
These alternatives offer long-term benefits in terms of safety, reliability, and minimal aesthetic impact.
Additionally, investigating advanced technologies and alternative routing options could help mitigate the adverse effects on our community.
I respectfully request a meeting with relevant city officials and representatives from the utility company to discuss these concerns in detail and explore viable solutions. Finding a balance between necessary infrastructure upgrades and safeguarding the health, safety, and aesthetic integrity of our community is imperative.
As a concerned resident of Santa Clara, and a member of a community directly affected by this proposal, I strongly oppose the installation of power lines in options A and B. I implore Silicon Valley
Power to consider alternative options that prioritize public health and safety and minimize adverse impacts on Santa Clara residents.
Thank you for your attention to this pressing matter. I eagerly await your response and the opportunity to collaborate on finding a satisfactory resolution.
Kanupriya Kabra
2029 Garzoni Pl, Santa Clara, CA 95054
Phone: 408-431-3012
Mission Gardens
Concerns Regarding new 115 kV power lines.
Gmail-CL <[email protected]>
Thu 5/30/2024 8:20 AM
To: NRS-KRS Project <[email protected]>; [email protected] <[email protected]>; [email protected] <[email protected]>; [email protected] <[email protected]>; [email protected] <[email protected]> Cc: Gmail-CL <[email protected]>
To Whomsoever it may concern,
As a concerned resident of Santa Clara, I am writing to express our apprehensions regarding the proposed installation route for high-power electric transmission lines and poles by Silicon Valley Power (SVP). This initiative is part of the project aimed at connecting the Northern Receiving Station (NRS) and Kifer Receiving Station (KRS).
Having reviewed the materials provided by your office and attended the recent public scoping meeting on May 23, 2024, I have delved into the details of the project. After careful consideration, I must voice my complete opposition to options A and B.
While acknowledging the necessity of upgrading the city’s power infrastructure, there are several significant concerns that demand attention:
1. Health Concerns: The potential health risks associated with prolonged exposure to unsafe levels of electromagnetic
fields (EMFs) emitted by these high-power electric lines are paramount. Numerous studies have indicated a possible
correlation between EMF exposure and various health
issues, including heightened risks of certain cancers and neurological disorders, especially in children and the
elderly. I have extensively researched this topic and found compelling evidence supporting these concerns. For
instance, there is extensive research supporting that
magnetic fields generated by the proposed power lines far exceed safe levels for human exposure, posing significant risks to residents, particularly those living within close proximity to the installation site.
2. Increased Risk for Catastrophic Accidents and Fire Hazards:
The proposed route intersects with an already congested utility zone along Lafayette Street, heightening the risk of accidents and fire hazards, especially given the proximity to existing railway lines, residential buildings, and heavy vehicular traffic.
3. Impact on Home Insurance Costs: The addition of high- power transmission lines in front of residences introduces additional risk factors that could prompt insurance
companies to raise premiums further, exacerbating the
already soaring home insurance costs in the Bay Area.
4. Property Value Concerns: The aesthetic and health-related concerns associated with the proposed power lines could adversely affect property values in our community, posing a significant concern for homeowners who have invested
substantially in their properties.
5. Aesthetic Impact: The installation of large electric poles and wires would detract from the visual appeal of our
neighborhood, undermining the pride we take in our well- maintained homes and attractive streetscapes.
6. Complexity and Inconvenience: The construction and
maintenance of these power lines could disrupt our daily lives, leading to noise pollution, road closures, and
restricted access to homes. Moreover, frequent power
outages and service interruptions may result from ongoing maintenance activities.
7. Exploring Alternatives: We urge the city to explore
alternative solutions such as upgrading existing lines or implementing underground power lines, despite potentially higher upfront costs. These alternatives offer long-term benefits in terms of safety, reliability, and minimal aesthetic impact. Additionally, investigating advanced technologies and alternative routing options could help mitigate the adverse effects on our community.
As a concerned resident of Santa Clara, and a member of a community directly affected by this proposal,
I strongly oppose the installation of power lines in route A and B. I implore Silicon Valley Power to consider alternative options(route C) that prioritize public health and safety and minimize adverse impacts on Santa Clara residents.
We strongly recommend utilizing the existing underground channel near Payne Place if Route A or B is chosen. For your reference, the Payne Place community already benefits from underground electric lines, eliminating the need for overhead lines in that area.
Thank you for your attention to this pressing matter, and eagerly await your response.
Sincerely
Emily Le
2146 Payne Pl, Santa Clara
[email protected]
Payne Place Community
Concerns Regarding Upcoming High Power Electric Wire Poles in Our Community( Mission Gardens) for the upcoming SVP project connecting the Northern Receiving Station NRS to Kifer receiving station (KRS).
Unnikrishnan Udinoor <[email protected]>
Wed 5/29/2024 4:57 PM
To: [email protected] <[email protected]>; NRS-KRS Project <[email protected]>; [email protected] <[email protected]>; [email protected] <[email protected]>; [email protected] <[email protected]>; [email protected] <[email protected]>
To Whomsoever it may concern,
As a concerned resident of Santa Clara, I am writing to express our apprehensions regarding the proposed installation route for high-power electric transmission lines and poles by Silicon Valley Power (SVP). This initiative is part of the project aimed at connecting the Northern Receiving Station (NRS) and Kifer Receiving Station (KRS).
Having reviewed the materials provided by your office and attended the recent public scoping meeting on May 23, 2024, I have delved into the details of the project. After careful consideration, I must voice my complete opposition to options A and B.
While acknowledging the necessity of upgrading the city’s power infrastructure, there are several significant concerns that demand attention:
1. Health Concerns: The potential health risks associated with prolonged exposure t o unsafe levels
of electromagnetic fields (EMFs) emitted by these high-power electric lines are paramount.
Numerous studies have indicated a possible correlation between EMF exposure and various health issues, including heightened risks of certain cancers and neurological disorders, especially in children and the elderly. I have extensively researched this topic and found compelling evidence
supporting these concerns. For instance, there is extensive research supporting that magnetic fields generated by the proposed power lines far exceed safe levels for human exposure, posing significant risks to residents, particularly those living within close proximity to the installation site.
Residents living in close proximity to these high power lines are at greater risk. I have gone through several medical and scientific research papers publishe d on this matter that support our
concern on this matter.
Here are a few links for reference to some such research articles:
https://www.ncbi.nlm.nih.gov/pmc/articles/PMC10590107/
https://www.hydroone.com/poweroutagesandsafety_/corporatehealthandsafety_/EMFs/Transmissi on_Line_EMF_Fields.pdf
https://www.emrss.com/blogs/emr-shielding-solutions-blogs/what-are-safe-levels-of-emf As a quick overview from these please see below:
The magnetic field generated by the high power lines is way beyond safe levels for humans.
Here is a break up:
· 115kV power transmission line has a Mean Magnetic Field (mG) of 6.5 at a distance of <50 feet.
•
•
•
· 230kV power transmission line has a Mean Magnetic Field (mG) of 19.5 at a distance of <50 feet. ( ref. Link2)
As the project stands today, the first row of houses in Mission Gardens on Lafayette Street will be less than 50 feet from the proposed installation point per Route A of these poles.The safe value of magnetic field around humans is 0.7mg (ref.
Link3) per numbers listed above, it's evident that
residents in close proximity will be exposed to very high unsafe levels of EMF. This will have a significant impact to all the residents within 50-75 feet. As mentioned ,more reference to various NIH research articles on Pubmed can also be provided if needed to reinforce the concerns.
While I am speaking up as a resident of Mission Gardens, there are many other houses and apartment complexes along and near Lafayette St. whose resident s will also be impacted by the
unsafe levels of EMF.
Even a small risk is substantial for public health safety and can and should not be ignored by authorities; we need to err on the side of caution.
2. Increased Risk for Catastrophic Accidents and Fire Hazards: The proposed route intersects with an already congested utility zone along Lafayette Street, heightening the risk of accidents and fire hazards, especially given the proximity to existing railwa y lines, residential buildings, and
heavy vehicular traffic.
3. Impact on Home Insurance Costs: The addition of high-power transmission lines in front of residences introduces additional risk factors that could prompt insurance companies to raise
premiums further, exacerbating the already soaring home insurance costs in the Bay Area.
4. Property Value Concerns: The aesthetic and health-related concerns associated with the proposed power lines could adversely af
fect property values in our community, posing a significant concern for homeowners who have invested substantially in their properties.
5. Aesthetic Impact: The installation of large electric poles and wires would detract from the visual appeal of our neighborhood, undermining the pride we take in ou r well-maintained homes and
attractive streetscapes.
6. Complexity and Inconvenience: The construction and maintenance of these power lines could disrupt our daily lives, leading to noise pollution, road closures, and restricted access to homes.
Moreover
, frequent power outages and service interruptions may result from ongoing maintenance activities.
7. Exploring Alternatives: We urge the city to explore alternative solutions such as upgrad ing
existing lines or implementing underground power lines, despite potentially higher upfront costs.
These alternatives offer long-term benefits in terms of safety, reliability, and minimal aesthetic impact. Additionally, investigating advanced technologies and alternative routing o ptions could
help mitigate the adverse effects on our community.
I respectfully request a meeting with relevant city officials and representatives from the utility company to discuss these concerns in detail and explore viable solutions. Finding a balance between necessary infrastructure upgrades and safeguarding the health, safety, and aesthetic integrity of our community is imperative.
As a concerned resident of Santa Clara, and a member of a community directly affected by this proposal, I strongly oppose the installation of power lines in options A and B. I implore Silicon Valley
Power to consider alternative options that prioritize public health and safety and minimize adverse impacts on Santa Clara residents.
Thank you for your attention to this pressing matter. I eagerly await your response and the opportunity to collaborate on finding a satisfactory resolution.
Unnikrishnan Udinoor
4479 Moulin Pl, Santa Clara - 95054
408 368 2674
Mission Gardens
Concerns Regarding Upcoming High Power Electric Wire Poles in Our Community( Mission Gardens) for the upcoming SVP project connecting the Northern Receiving Station NRS to Kifer receiving station (KRS)
Simple Yadav <[email protected]>
Thu 5/30/2024 8:20 AM
To:
NRS-KRS Project <[email protected]>; [email protected] <[email protected]>; [email protected] <[email protected]>; [email protected] <[email protected]>; [email protected] <[email protected]>; [email protected] <[email protected]>
To Whomsoever it may concern,
As a concerned resident of Santa Clara, I am writing to express our apprehensions regarding the proposed installation route for high-power electric transmission lines and poles by Silicon Valley Power (SVP).
This initiative is part of the project aimed at connecting the Northern Receiving Station (NRS) and Kifer Receiving Station (KRS).
Having reviewed the materials provided by your office and attended the recent public scoping meeting on May 23, 2024, I have delved into the details of the project. After careful consideration, I must voice my complete opposition to options A and B.
While acknowledging the necessity of upgrading the city’s power infrastructure, there are several significant concerns that demand attention:
Health Concerns: The potential health risks associated with prolonged exposure to unsafe levels of electromagnetic fields (EMFs) emitted by these high-power electric lines are paramount. Numerous studies have indicated a possible correlation between EMF exposure and various health issues, including heightened risks of certain cancers and neurological disorders, especially in children and the elderly. I have extensively researched this topic and found compelling evidence supporting these concerns. For instance, there is extensive research supporting that magnetic fields generated by the proposed power lines far exceed safe levels for human exposure, posing significant risks to residents, particularly those living within close proximity to the installation site.
Residents living in close proximity to these high power lines are at greater risk. I have gone through several medical and scientific research papers published on this matter that support our concern on this matter.
Here are a few links for reference to some such research articles:
https://nam02.safelinks.protection.outlook.com/?
url=https%3A%2F%2Fwww.ncbi.nlm.nih.gov%2Fpmc%2Farticles%2FPMC10590107%2F&data=05%7C02 %7Cnrs-
krs%40aspeneg.com%7Cc13297b7d13b49b7aa7608dc803ad518%7Cf56a45392d8e4b0d8454a64203aa39 d3%7C0%7C0%7C638526792159684221%7CUnknown%7CTWFpbGZsb3d8eyJWIjoiMC4wLjAwMDAiLCJQ IjoiV2luMzIiLCJBTiI6Ik1haWwiLCJXVCI6Mn0%3D%7C60000%7C%7C%7C&sdata=r1uVe7ZGMfL0cIaPTQg Wpu6kaNHzQ1MysJuGjcqSVJU%3D&reserved=0
https://nam02.safelinks.protection.outlook.com/?
url=https%3A%2F%2Fwww.hydroone.com%2Fpoweroutagesandsafety_%2Fcorporatehealthandsafety_%2 FEMFs%2FTransmission_Line_EMF_Fields.pdf&data=05%7C02%7Cnrs- krs%40aspeneg.com%7Cc13297b7d13b49b7aa7608dc803ad518%7Cf56a45392d8e4b0d8454a64203aa39 d3%7C0%7C0%7C638526792159692904%7CUnknown%7CTWFpbGZsb3d8eyJWIjoiMC4wLjAwMDAiLCJQ IjoiV2luMzIiLCJBTiI6Ik1haWwiLCJXVCI6Mn0%3D%7C60000%7C%7C%7C&sdata=CrKAttKIf0GaaHQ4AuQ paaTx1b2yJ2bIbDMOrDAaFQw%3D&reserved=0
https://nam02.safelinks.protection.outlook.com/?
url=https%3A%2F%2Fwww.emrss.com%2Fblogs%2Femr-shielding-solutions-blogs%2Fwhat-are-safe- levels-of-emf&data=05%7C02%7Cnrs-
krs%40aspeneg.com%7Cc13297b7d13b49b7aa7608dc803ad518%7Cf56a45392d8e4b0d8454a64203aa39 d3%7C0%7C0%7C638526792159696016%7CUnknown%7CTWFpbGZsb3d8eyJWIjoiMC4wLjAwMDAiLCJQ IjoiV2luMzIiLCJBTiI6Ik1haWwiLCJXVCI6Mn0%3D%7C60000%7C%7C%7C&sdata=WktXcwAAfxCxxvi7UlHP yYcpvCr%2Bphr%2F4K0cPM02n9Y%3D&reserved=0
As a quick overview from these please see below:
The magnetic field generated by the high power lines is way beyond safe levels for humans. Here is a break up:
· 115kV power transmission line has a Mean Magnetic Field (mG) of
6.5 at a distance of <50 feet.
· 230kV power transmission line has a Mean Magnetic Field (mG) of
19.5 at a distance of <50 feet. ( ref. Link2)
As the project stands today, the first row of houses in Mission Gardens on Lafayette Street will be less than 50 feet from the proposed installation point per Route A of these poles.The safe value of magnetic field around humans is 0.7mg (ref. Link3) per numbers listed above, it's evident that residents in close proximity will be exposed to very high unsafe levels of EMF. This will have a significant impact to all the residents within 50-75 feet. As mentioned ,more reference to various NIH research articles on Pubmed can also be provided if needed to reinforce the concerns. ---------- ---- - ---------------
While I am speaking up as a resident of Mission Gardens, there are many other houses and apartment complexes along and near Lafayette St. whose residents will also be impacted by the unsafe levels of EMF.
Even a small risk is substantial for public health safety and can and should not be ignored by authorities; we need to err on the side of caution.
Increased Risk for Catastrophic Accidents and Fire Hazards: The proposed route intersects with an already congested utility zone along Lafayette Street, heightening the risk of accidents and fire hazards, especially given the proximity to existing railway lines, residential buildings, and heavy vehicular traffic.
Impact on Home Insurance Costs: The addition of high-power transmission lines in front of residences introduces additional risk factors that could prompt insurance companies to raise premiums further, exacerbating the already soaring home insurance costs in the Bay Area.
Property Value Concerns: The aesthetic and health-related concerns associated with the proposed power lines could adversely affect property values in our community, posing a significant concern for homeowners who have invested substantially in their properties.
Aesthetic Impact: The installation of large electric poles and wires would detract from the visual appeal of our neighborhood, undermining the pride we take in our well-maintained homes and attractive streetscapes.
Complexity and Inconvenience: The construction and maintenance of these power lines could disrupt our daily lives, leading to noise pollution, road closures, and restricted access to homes. Moreover, frequent power outages and service interruptions may result from ongoing maintenance activities.
Exploring Alternatives: We urge the city to explore alternative solutions such as upgrading existing lines or implementing underground power lines, despite potentially higher upfront costs. These alternatives offer long-term benefits in terms of safety, reliability, and minimal aesthetic impact. Additionally, investigating advanced technologies and alternative routing options could help mitigate the adverse effects on our community.
I respectfully request a meeting with relevant city officials and representatives from the utility company to discuss these concerns in detail and explore viable solutions. Finding a balance between necessary infrastructure upgrades and safeguarding the health, safety, and aesthetic integrity of our community is imperative.
As a concerned resident of Santa Clara, and a member of a community directly affected by this proposal, I strongly oppose the installation of power lines in options A and B. I implore Silicon Valley Power to consider alternative options that prioritize public health and safety and minimize adverse impacts on Santa Clara residents.
Thank you for your attention to this pressing matter. I eagerly await your response and the opportunity to collaborate on finding a satisfactory resolution.
Simple Yadav
1861 Garzoni Pl,
Santa clara
408-507-6352
Concerns Regarding Upcoming High Power Electric Wire Poles in Our Community( Mission Gardens) for the upcoming SVP project connecting the Northern Receiving Station NRS to Kifer receiving station (KRS).
Hima <[email protected]>
Wed 5/29/2024 5:12 PM
To: NRS-KRS Project <[email protected]>; [email protected] <[email protected]>; [email protected] <[email protected]>; [email protected] <[email protected]>; [email protected] <[email protected]>; [email protected] <[email protected]>
Subject: Concerns Regarding Upcoming High Power Electric Wire Poles in Our Community( Mission Gardens) for the upcoming SVP project connecting the Northern Receiving Station NRS to Kifer receiving station (KRS).
To Whomsoever it may concern,
As a concerned resident of Santa Clara, I am writing to express our apprehensions regarding the proposed installation route for high-power electric transmission lines and poles by Silicon Valley Power (SVP). This initiative is part of the project aimed at connecting the Northern Receiving Station (NRS) and Kifer Receiving Station (KRS).
Having reviewed the materials provided by your office and attended the recent public scoping meeting on May 23, 2024, I have delved into the details of the project.
After careful consideration, I must voice
my complete opposition to options A and B.
While acknowledging the necessity of upgrading the city’ s power infrastructure, there are several
significant concerns that demand attention:
1. Health Concerns: The potential health risks associated with prolonged exposure to unsafe levels of electromagnetic fields (EMFs) emitted by these high-power electric lines are paramount. Numerous studies have indicated a possible correlati on between EMF exposure
and various health issues, including heightened risks of certain cancers and neurological disorders, especially in children and the elderly. I have extensively researched this topic and found compelling evidence supporting these concerns. For instance, there is extensive research supporting that magnetic fields generated by the proposed power lines far exceed safe levels for human exposure, posing significant risks to residents, particul arly those living within close
proximity to the installation site.
Residents living in close proximity to these high power lines are at greater risk. I have gone through several medical and scientific research papers published on this matter that support our concern on this matter.
Here are a few links for reference to some such research articles:
https://www.ncbi.nlm.nih.gov/pmc/articles/PMC10590107/
https://www.hydroone.com/poweroutagesandsafety_/corporatehealthandsafety_/EMFs/Transmis sion_Line_EMF_Fields.pdf
https://www.emrss.com/blogs/emr-shielding-solutions-blogs/what-are-safe-levels-of-emf •
•
•
As a quick overview from these please see below:
The magnetic field generated by the high power lines is way beyond safe levels for humans.
Here is a break up:
· 115kV power transmission line has a Mean Magnetic Field (mG) of 6.5 at a distance of <50 feet.
· 230kV power transmission line has a Mean Magnetic Field (mG) of 19.5 at a distance of <50 feet. ( ref.
Link2)
As the project stands today, the first row of houses in Mission Gardens on Lafayette Street will be less than 50 feet from the proposed installation point per Route A of these poles.The safe value of magnetic field around humans is 0.7mg (ref.
Link3) per numbers listed above, it's evident that
residents in close proximity will be exposed to very high unsafe levels of EMF. This will have a significant impact to all the residents within 50-75 feet. As mentioned ,more reference to various
NIH research articles on Pubmed can also be provided if needed to reinforce the concerns.
While I am speaking up as a resident of Mission Gardens, there are many other houses and apartment complexes along and near Lafayette St. whose residents will also be impacted by the unsafe levels of EMF.
Even a small risk is substantial for public health safety and can and should not be ignored by authorities; we need to err on the side of caution.
2. Increased Risk for Catastrophic
Accidents and Fire Hazards: The proposed route intersects with an already congested utility zone along Lafayette Street, heightening the risk of accidents and fire hazards, especially given the proximity to existing railway lines, residential buildings,
and heavy vehicular traffic.
3. Impact on Home Insurance Costs: The addition of high-power transmission lines in front of residences introduces additional risk factors that could prompt insurance companies to raise premiums further, exacerbating the already soaring home insurance costs in the Bay Area.
4. Property V
alue Concerns: The aesthetic and health-related concerns associated with the proposed power lines could adversely affect property values in our community, posing a significant concern for homeowners who have invested substantia lly in their properties.
5. Aesthetic Impact: The installation of large electric poles and wires would detract from the visual appeal of our neighborhood, undermining the pride we take in our well-maintained homes and attractive streetscapes.
6. Complexity and Inconvenience
: The construction and maintenance of these power lines could disrupt our daily lives, leading to noise pollution, road closures, and restricted access to homes.
Moreover, frequent power outages and service interruptions may result from ongoing maintenance activities.
7. Exploring
Alternatives: We urge the city to explore alternative solutions such as upgrading existing lines or implementing underground power lines, despite potentially higher upfront costs.
These alternatives offer long-term benefits in terms of safety, reliability, and minimal aesthetic
impact. Additionally, investigating advanced technologies and alternative routing options could help mitigate the adverse effects on our community.
I respectfully request a meeting with relevant city officials and representatives from the utility company to discuss these concerns in detail and explore viable solutions. Finding a balance between necessary infrastructure upgrades and safeguarding the health, safety, and aesthetic integrity of our community is imperative.
As a concerned resident of Santa Clara, and a member of a community directly affected by this proposal, I strongly oppose the installation of power lines in options A and B. I implore Silicon Valley Power to consider alternative options that prioritize public health and safety and minimize adverse impacts on Santa Clara residents.
Thank you for your attention to this pressing matter. I eagerly await your response and the opportunity to collaborate on finding a satisfactory resolution.
Hima Kalapatapu
4502 St Palais Pl
Santa Clara
Feedback regarding 115KV TRANSMISSION LINE
Sandeep Jain <[email protected]>
Wed 5/29/2024 5:16 PM
To: NRS-KRS Project <[email protected]>
Hello Ms. Jackman,
I am a resident living adjacent to Lafayette street and even though I appreciate the efforts SVP is taking to help the power situation in Santa Clara I am strongly against the "overground" plan for Route A.
Specifically, that plan is going to create a massive problem for the residents living near lafayette who already have to contend with the following problems:
1. road noise
2. train noise
3. overhead aeroplanes
Having the overground nine electric poles is going to spoil the aesthetic beauty of a residential area while also having health hazards.
If Route A must be chosen, why not do the "underground" option which will work for everyone.
Thank you,
---
Sandeep Jain
408.966.4763
Concerns Regarding Upcoming High Power Electric Wire Poles in Our Community( Mission Gardens) for the upcoming SVP project connecting the Northern Receiving Station NRS to Kifer receiving station (KRS).
Paddy Subbian <[email protected]>
Wed 5/29/2024 6:04 PM
To: [email protected] <[email protected]>;NRS-KRS Project <[email protected]>; [email protected] <[email protected]>; [email protected] <[email protected]>; [email protected] <[email protected]>; [email protected] <[email protected]>
Hello Santa Clara City Leaders,
As a concerned resident of Santa Clara, I am writing to express our apprehensions regarding the proposed installation route for high-power electric transmission lines and poles by Silicon Valley Power (SVP). This initiative is part of the project aimed at connecting the Northern Receiving Station (NRS) and Kifer Receiving Station (KRS).
Having reviewed the materials provided by your office and attended the recent public scoping meeting on May 23, 2024, I have delved into the details of the project. After careful consideration, I must voice my complete opposition to options A and B.
While acknowledging the necessity of upgrading the city’s power infrastructure, there are several significant concerns that demand attention:
Health Concerns:
The potential health risks associated with prolonged exposure to unsafe levels of electromagnetic fields (EMFs) emitted by these high-power electric lines are paramount.
Numerous studies have indicated a possible correlation between EMF exposure and various health issues, including heightened risks of certain cancers and neurological disorders, especially in children and the elderly
. I have extensively researched this topic and found compelling evidence supporting these concerns. For instance, there is extensive research supporting that magnetic fields generated by the proposed power lines far exceed safe levels for human exposure, posing significant risks to residents, particularly those living within close proximity to the installation site.
Residents living in close proximity to these high power lines are at greater risk. I have gone through several medical and scientific research papers publishe d on this matter that support our
concern on this matter.
Here are a few links for reference to some such research articles:
https://www.ncbi.nlm.nih.gov/pmc/articles/PMC10590107/
https://www.hydroone.com/poweroutagesandsafety_/corporatehealthandsafety_/EMFs/Transmiss ion_Line_EMF_Fields.pdf
https://www.emrss.com/blogs/emr-shielding-solutions-blogs/what-are-safe-levels-of-emf As a quick overview from these please see below:
The magnetic field generated by the high power lines is way beyond safe levels for humans.
Here is a break up:
· 115kV power transmission line has a Mean Magnetic Field (mG) of 6.5 at a distance of <50 feet.
· 230kV power transmission line has a Mean Magnetic Field (mG) of 19.5 at a distance of <50 feet. ( ref. Link2)
As the project stands today, the first row of houses in Mission Gardens on Lafayette Street will be less than 50 feet from the proposed installation point per Route A of these poles.The safe value of magnetic field around humans is 0.7mg (ref.
Link3) per numbers listed above, it's evident that
residents in close proximity will be exposed to very high unsafe levels of EMF. This will have a significant impact to all the residents within 50-75 feet. As mentioned ,more reference to various NIH research articles on Pubmed can also be provided if needed to reinforce the concerns.
While I am speaking up as a resident of Mission Gardens, there are many other houses and apartment complexes along and near Lafayette St. whose resident s will also be impacted by the
unsafe levels of EMF.
Even a small risk is substantial for public health safety and can and should not be ignored by authorities; we need to err on the side of caution.
Increased Risk for Catastrophic Accidents and Fire Hazards: The proposed route intersects with an already congested utility zone along Lafayette Street, heightening the risk of accidents and fire hazards, especially given the proximity to existing ra ilway lines, residential buildings, and
heavy vehicular traffic.
Impact on Home Insurance Costs: The addition of high-power transmission lines in front of residences introduces additional risk factors that could prompt insurance companies to raise
premiums further, exacerbating the already soaring home insurance costs in the Bay Area.
Property Value Concerns: The aesthetic and health-related concerns associated with the proposed power lines could adversely affect property values in our community, posing a significant concern for homeowners who have invested substantially in their properties.
Aesthetic Impact: The installation of large electric poles and wires would detract from the visual appeal of our neighborhood, undermining the pride we take in our well-maintained homes and attractive streetscapes.
Complexity and Inconvenience: The construction and maintenance of these power lines could disrupt our daily lives, leading to noise pollution, road closures, and restricted access to homes.
Moreover, frequent power outages and service interruptions may result from ongoing maintenance activities.
Exploring Alternatives: We urge the city to explore alternative solutions such as upgrading existing lines or implementing underground power lines, despite potentially higher upfront costs.
These alternatives offer long-term benefits in terms of safety, reliability, and minimal aesthetic impact. Additionally, investigating advanced technologies and alternative routing options could help mitigate the adverse effects on our community.
I respectfully request a meeting with relevant city officials and representatives from the utility company to discuss these concerns in detail and explore viable solutions. Finding a balance between necessary infrastructure upgrades and safeguarding the health, safety, and aesthetic integrity of our community is imperative.
As a concerned resident of Santa Clara, and a member of a community directly affected by this proposal, I strongly oppose the installation of power lines in options A and B. I implore Silicon Valley
Power to consider alternative options that prioritize public health and safety and minimize adverse impacts on Santa Clara residents.
---
Thank you for your attention to this pressing matter. I eagerly await your response and the opportunity to collaborate on finding a satisfactory resolution.
Paddy Subbian
1885 Silva Place, Santa Clara 95054
408 569 2933
Mission Gardens Community
You don't often get email from [email protected]. Learn why this is important RE: Concerns Regarding Upcoming High Power Electric Wire Poles in Our Community( Mission Gardens) for the upcoming SVP project connecting the Northern Receiving Station NRS to Kifer receiving station (KRS).
Allie Jackman <[email protected]>
Thu 5/30/2024 4:13 PM
To: Aparna Raman <[email protected]>
Cc: NRS-KRS Project <[email protected]>
Dear Concerned Resident of Santa Clara,
Thank you for submitting a comment on Silicon Valley Power’s Northern Receiving Station (NRS) to Kifer Receiving Station (KRS) 115 kV Transmission Line Project. Your comment has been recorded and will be addressed and responded to in detail within the upcoming CEQA document (IS/MND). As a reminder ,
once the CEQA document is published, there will be another opportunity for public comment. We have added your information to our notification list for this project.
We look forward to continuing to work with you on this important project.
Best regards,
ALLIE JACKMAN, P.E.
Principal Electric Utility Engineer
D: 408-615-6639
881 Martin Avenue, Santa Clara, CA 95050
www.siliconvalleypower.com
From: Aparna Raman <[email protected]>
Sent: Wednesday, May 29, 2024 6:56 PM
To: Manager <[email protected]>; Allie Jackman <[email protected]>; Mayor and Council <[email protected]
ov>; PlanningCommission <[email protected]> Subject: Concerns Regarding Upcoming High Power Electric Wire Poles in Our Community( Mission Gardens) for the upcoming SVP project connec ng the Northern R eceiving Sta on NR S t o Kifer receiving sta on (KR S).
Hello Sir/ Madam,
As a concerned resident of Santa Clara, I am writing to express our apprehensions regarding the proposed installation route for high-power electric transmission lines and poles by Silicon Valley Power (SVP). This initiative is part of the project aimed at connecting the Northern Receiving Station (NRS) and Kifer Receiving Station (KRS).
Having reviewed the materials provided by your office and attended the recent public scoping meeting on May 23, 2024, I have delved into the details of the project. After careful consideration, I must voice my complete opposition to options A and B.
While acknowledging the necessity of upgrading the city’s power infrastructure, there are several significant concerns that demand attention:
1. Health Concerns: The potential health risks associated with prolonged exposure to unsafe levels of electromagnetic
fields (EMFs) emitted by these high-power electric lines are paramount. Numerous studies have indicated a possible
correlation between EMF exposure and various health
issues, including heightened risks of certain cancers and neurological disorders, especially in children and the elderly.
I have extensively researched this topic and found
compelling evidence supporting these concerns. For
instance, there is extensive research supporting that
magnetic fields generated by the proposed power lines far exceed safe levels for human exposure, posing significant risks to residents, particularly those living within close proximity to the installation site.
Residents living in close proximity to these high power lines are at greater risk. I have gone through several medical and scientific research papers published on this matter that support our concern on this matter.
Here are a few links for reference to some such research articles:
https://www.ncbi.nlm.nih.gov/pmc/articles/PMC10590107/
https://www.hydroone.com/poweroutagesandsafety_/corpor
atehealthandsafety_/EMFs/Transmission_Line_EMF_Fields
.pdf
https://www.emrss.com/blogs/emr-shielding-solutions-
blogs/what-are-safe-levels-of-emf
•
•
•
As a quick overview from these please see below:
The magnetic field generated by the high power lines is way beyond safe levels for humans. Here is a break up:
· 115kV power transmission line has a Mean Magnetic Field (mG) of 6.5 at a distance of <50 feet.
· 230kV power transmission line has a Mean Magnetic Field (mG) of 19.5 at a distance of <50 feet. ( ref.
Link2)
As the project stands today, the first row of houses in Mission Gardens on Lafayette Street will be less than 50 feet from the proposed installation point per Route A of these
poles.The safe value of magnetic field around humans is
0.7mg (ref.
Link3) per numbers listed above, it's evident
that residents in close proximity will be exposed to very high unsafe levels of EMF. This will have a significant impact to all the residents within 50-75 feet. As mentioned ,more reference to various NIH research articles on
Pubmed can also be provided if needed to reinforce the
concerns.
While I am speaking up as a resident of Mission Gardens, there are many other houses and apartment complexes along
and near Lafayette St. whose residents will also be
impacted by the unsafe levels of EMF.
Even a small risk is substantial for public health safety and can and should not be ignored by authorities; we need to err on the side of caution.
2. Incr
eased Risk for Catastrophic
Accidents and Fire Hazards:
The proposed route intersects with an already congested utility zone along Lafayette Street, heightening the risk of accidents and fire hazards, especially given the proximity to existing railway lines, residential buildings, and heavy vehicular traffic.
3. Impact on Home Insurance Costs: The addition of high- power transmission lines in front of residences introduces additional risk factors that could prompt insurance
companies to raise premiums further, exacerbating the
already soaring home insurance costs in the Bay Area.
4. Property
Value Concerns: The aesthetic and health-related
concerns associated with the proposed power lines could adversely affect property values in our community, posing a significant concern for homeowners who have invested
substantially in their properties.
5. Aesthetic Impact: The installation of large electric poles and wires would detract from the visual appeal of our
neighborhood, undermining the pride we take in our well- maintained homes and attractive streetscapes.
6. Complexity and Inconvenience: The construction and
maintenance of these power lines could disrupt our daily lives, leading to noise pollution, road closures, and
restricted access to homes. Moreover, frequent power
outages and service interruptions may result from ongoing maintenance activities.
7. Exploring Alternatives: We urge the city to explore
alternative solutions such as upgrading existing lines or implementing underground power lines, despite potentially higher upfront costs.
These alternatives offer long-term
benefits in terms of safety, reliability, and minimal aesthetic impact. Additionally
, investigating advanced technologies
and alternative routing options could help mitigate the adverse effects on our community.
I respectfully request a meeting with relevant city officials and representatives from the utility company to discuss these concerns in detail and explore viable solutions. Finding a balance between necessary infrastructure upgrades and
safeguarding the health, safety, and aesthetic integrity of our community is imperative.
As a concerned resident of Santa Clara, and a member of a community directly affected by this proposal, I strongly oppose the installation of power lines in options A and B. I implore Silicon Valley Power to consider alternative options that prioritize public health and safety and minimize adverse impacts on Santa Clara residents.
Thank you for your attention to this pressing matter. I eagerly await your response and the opportunity to collaborate on finding a satisfactory resolution.
Sent from my iPhone
Aparna Raman
1881 Garzoni Pl
Santa Clara
4126086258 (c)
The information contained in this email may be privileged, confidential and exempt from disclosure under applicable law. The information is intended only for the use of the individual or entity to which it is addressed. If you are not the intended recipient or the employee or agent responsible to deliver it to the intended recipient, you are hereby notified that any use, dissemination, distribution or copying of this communication is strictly prohibited. If you have received this message in error, or are not the named recipient(s), please notify the sender immediately by reply email and delete this message from your computer.
Thank you
Alternative Solutions Needed: Proposed Power Lines Threaten Public Health Praveen <[email protected]>
Fri 5/31/2024 8:30 AM
To: NRS-KRS Project <[email protected]>; [email protected] <[email protected]>; [email protected] <[email protected]>; [email protected] <[email protected]>; [email protected] <[email protected]>; [email protected] <[email protected]>
To Whom It May Concern:
I am a resident of Mission Gardens Community in Santa Clara deeply concerned about the proposed installation of high-power electric transmission lines and poles by Silicon Valley Power (SVP). This project, connecting the Northern Receiving Station (NRS) and Kifer Receiving Station (KRS), poses serious potential health risks for our community.
While I understand the need to upgrade our city's power infrastructure, I strongly oppose Options A and B due to significant concerns surrounding electromagnetic fields (EMFs):
Health Risks of EMF Exposur
e: Extensive research indicates a possible link between prolonged exposure to high levels of EMFs and adverse health outcomes. These include increased risks of certain cancers, neurological disorders, and other health issues, particularly in children and the elderly.
My research has uncovered compelling evidence supporting these concerns. For instance:
Unsafe Levels of Magnetic Fields: Studies show that magnetic fields generated by high-voltage power lines can significantly exceed safe levels for human exposure. The proposed lines would place residents, especially those on Lafayette Street, within 50 feet of these fields, exposing them to potentially harmful levels of EMF radiation.
Scientific Research: Numerous studies have linked EMF exposure to negative health effects. (I can provide references upon request.)
Precautionary Principle: Even a small risk to public health is significant. We must prioritize caution and err on the side of safety.
Beyond Health:
In addition to the health concerns, the proposed installation also:
Increases Risk of Accidents: The congested utility zone along Lafayette Street, with existing railway lines, residential buildings, and heavy traffic, already poses safety risks. Adding high-voltage lines significantly increases the potential for catastrophic accidents and fire hazards.
Impacts Home Insurance Costs: The presence of high-power lines can lead to increased insurance premiums, further burdening homeowners in our already expensive region.
Lowers Property Values: The health risks and aesthetic concerns associated with power lines could negatively impact property values.
Diminishes Aesthetics: Large poles and wires would detract from the beauty of our neighborhood.
Alternative Solutions:
I urge the city and SVP to prioritize public health and safety by exploring alternative solutions. These could include:
Upgrading existing power lines.
Investing in underground power lines (despite potential higher upfront costs).
Investigating advanced technologies or alternative routes.
Request for Action:
I respectfully request a meeting with city officials and SVP representatives to discuss these concerns in detail and explore viable alternatives.
It is crucial to find a solution that balances infrastructure needs with the health, safety, and well-being of Santa Clara residents.
I strongly oppose the installation of power lines in Options A and B and urge Silicon Valley Power to prioritize alternative options that protect our community.
Thank you for your time and consideration.
Sincerely,
Praveen Vutukuru
2002 Garzoni Pl, Santa Clara, CA 95054
•
•
•
•
•
•
•
•
•
•
650-265-8190
Mission Gardens Community
Praveen | Software Engineer | Google | 650-265-8190
Concerns Regarding Upcoming High Power Electric Wire Poles in Our Community( Mission Gardens) for the upcoming SVP project connecting the Northern Receiving Station NRS to Kifer receiving station (KRS).
Pavan Batchu <[email protected]>
Wed 5/29/2024 9:38 PM
To: NRS-KRS Project <[email protected]>; [email protected] <[email protected]>; [email protected] <[email protected]>; [email protected] <[email protected]>; [email protected] <[email protected]>; [email protected] <[email protected]>
To Whomsoever it may concern,
As a concerned resident of Santa Clara, I am writing to express our apprehensions regarding the proposed installation route for high-power electric transmission lines and poles by Silicon Valley Power (SVP). This initiative is part of the project aimed at connecting the Northern Receiving Station (NRS) and Kifer Receiving Station (KRS).
Having reviewed the materials provided by your office and attended the recent public scoping meeting on May 23, 2024, I have delved into the details of the project. After careful consideration, I must voice my complete opposition to options A and B.
While acknowledging the necessity of upgrading the city’s power infrastructure, there are several significant concerns that demand attention:
1. Health Concerns: The potential health risks associated with prolonged exposure to unsafe levels of electromagnetic fields (EMFs) emitted by these high-power electric lines are paramount. Numerous studies have Residents living in close proximity to these high power lines are at greater risk. I have gone through several medical and scientific research papers published on this matter that support our concern on this matter.
Here are a few links for reference to some such research articles:
https://www.ncbi.nlm.nih.gov/pmc/articles/PMC10590107/
https://www.hydroone.com/poweroutagesandsafety_/corporatehealthandsafety_/EMFs/Transmission_Line_EMF_Fields.pdf https://www.emrss.com/blogs/emr-shielding-solutions-blogs/what-are-safe-levels-of-emf As a quick overview from these please see below:
The magnetic field generated by the high power lines is way beyond safe levels for humans. Here is a break up:
· 115kV power transmission line has a Mean Magnetic Field (mG) of 6.5 at a distance of <50 feet. · 230kV power transmission line has a Mean Magnetic Field (mG) of 19.5 at a distance of <50 feet. ( ref. Link2)
As the project stands today, the first row of houses in Mission Gardens on Lafayette Street will be less than 50 feet from the proposed installation point per Route A of these poles.The safe value of magnetic field around humans is 0.7mg (ref.
Link3) per numbers listed above, it's evident that residents in close proximity will be exposed to very high unsafe levels of EMF. This will have a significant impact to all the residents within 50-75 feet. As mentioned ,more reference to various NIH research articles on Pubmed can also be provided if needed to reinforce the concerns.
While I am speaking up as a resident of Mission Gardens, there are many other houses and apartment complexes along and near Lafayette St. whose residents will also be impacted by the unsafe levels of EMF.
Even a small risk is substantial for public health safety and can and should not be ignored by authorities; we need to err on the side of caution.
2. Increased Risk for Catastrophic Accidents and Fire Hazards: The proposed route intersects with an already congested utility zone along Lafayette Street, heightening the risk of accidents and fire hazards, espe
3. Impact on Home Insurance Costs: The addition of high-power transmission lines in front of residences introduces additional risk factors that could prompt insurance companies to raise premiums further, exacerba
4. Property V
alue Concerns: The aesthetic and health-related concerns associated with the proposed power lines could adversely affect property values in our community , posing a significant concern for homeowner
5. Aesthetic Impact: The installation of large electric poles and wires would detract from the visual appeal of our neighborhood, undermining the pride we take in our well-maintained homes and attractive streetscapes
6. Complexity and Inconvenience: The construction and maintenance of these power lines could disrupt our daily lives, leading to noise pollution, road closures, and restricted access to homes. Moreover, frequent p
7. Exploring Alternatives: We urge the city to explore alternative solutions such as upgrading existing lines or implementing underground power lines, despite potentially higher upfront costs. These alternatives offer l I respectfully request a meeting with relevant city officials and representatives from the utility company to discuss these concerns in detail and explore viable solutions. Finding a balance between necessary infrastructure upgrades and safeguarding the health, safety, and aesthetic integrity of our community is imperative.
As a concerned resident of Santa Clara, and a member of a community directly affected by this proposal, I strongly oppose the installation of power lines in options A and B. I implore Silicon Valley Power to consider
alternative options that prioritize public health and safety and minimize adverse impacts on Santa Clara residents.
Thank you for your attention to this pressing matter
. I eagerly await your response and the opportunity to collaborate on finding a satisfactory resolution.
Pavan Batchu
4470 Moulin Pl
Santa Clara, CA 95054
Mission Gardens
-------- ---- --------- --------------
Concerns Regarding Upcoming High Power Electric Wire Poles in Our Community( Mission Gardens) for the upcoming SVP project connecting the Northern Receiving Station NRS to Kifer receiving station (KRS).
Ruhi Batchu <[email protected]>
Wed 5/29/2024 9:40 PM
To: NRS-KRS Project <[email protected]>; [email protected] <[email protected]>; [email protected] <[email protected]>; [email protected] <[email protected]>; [email protected] <[email protected]>; [email protected] <[email protected]>
To Whomsoever it may concern,
As a concerned resident of Santa Clara, I am writing to express our apprehensions regarding the proposed installation route for high-power electric transmission lines and poles by Silicon Valley Power (SVP). This initiative is part of the project aimed at connecting the Northern Receiving Station (NRS) and Kifer Receiving Station (KRS).
Having reviewed the materials provided by your office and attended the recent public scoping meeting on May 23, 2024, I have delved into the details of the project. After careful consideration, I must voice my complete opposition to options A and B.
While acknowledging the necessity of upgrading the city’s power infrastructure, there are several significant concerns that demand attention:
1. Health Concerns:
The potential health risks associated with prolonged exposure to unsafe levels of electromagnetic fields (EMFs) emitted by these high-power electric lines are paramount. Numerous studies have indicated a possible correlation between EMF exposure and various health issues, including heightened risks of certain cancers and neurological disorders, especially in children and the elderly. I have extensively researched this topic and found compelling evidence supporting these concerns. For instance, there is extensive research supporting that magnetic fields generated by the proposed power lines far exceed safe levels for human exposure, posing significant risks to residents, particularly those living within close proximity to the installation site.
Residents living in close proximity to these high power lines are at greater risk. I have gone through several medical and scientific research papers published on this matter that support our concern on this matter.
Here are a few links for reference to some such research articles:
https://www.ncbi.nlm.nih.gov/pmc/articles/PMC10590107/
https://www.hydroone.com/poweroutagesandsafety_/corporatehealthandsafety_/EMFs/Transmission_Line_EM F_Fields.pdf
https://www.emrss.com/blogs/emr-shielding-solutions-blogs/what-are-safe-levels-of-emf As a quick overview from these please see below:
The magnetic field generated by the high power lines is way beyond safe levels for humans. Here is a break up:
· 115kV power transmission line has a Mean Magnetic Field (mG) of 6.5 at a distance of <50 feet. · 230kV power transmission line has a Mean Magnetic Field (mG) of 19.5 at a distance of <50 feet. ( ref. Link2)
As the project stands today, the first row of houses in Mission Gardens on Lafayette Street will be less than 50 feet from the proposed installation point per Route A of these poles.The safe value of magnetic field around humans is 0.7mg (ref.
Link3) per numbers listed above, it's evident that residents in close proximity will be exposed to very high unsafe levels of EMF. This will have a significant impact to all the residents within •
•
•
50-75 feet. As mentioned ,more reference to various NIH research articles on Pubmed can also be provided if needed to reinforce the concerns.
While I am speaking up as a resident of Mission Gardens, there are many other houses and apartment complexes along and near Lafayette St. whose residents will also be impacted by the unsafe levels of EMF.
Even a small risk is substantial for public health safety and can and should not be ignored by authorities; we need to err on the side of caution.
2. Increased Risk for Catastrophic Accidents and Fire Hazards: The proposed route intersects with an already congested utility zone along Lafayette Street, heightening the risk of accidents and fire hazards, especially given the proximity to existing railway lines, residential buildings, and heavy vehicular traffic.
3. Impact on Home Insurance Costs: The addition of high-power transmission lines in front of residences introduces additional risk factors that could prompt insurance companies to raise premiums further, exacerbating the already soaring home insurance costs in the Bay Area.
4. Property V
alue Concerns: The aesthetic and health-related concerns associated with the proposed power lines could adversely affect property values in our community , posing a significant concern for homeowners
who have invested substantially in their properties.
5. Aesthetic Impact:
The installation of large electric poles and wires would detract from the visual appeal of our neighborhood, undermining the pride we take in our well-maintained homes and attractive streetscapes.
6. Complexity and Inconvenience: The construction and maintenance of these power lines could disrupt our daily lives, leading to noise pollution, road closures, and restricted access to homes. Moreover, frequent power outages and service interruptions may result from ongoing maintenance activities.
7. Exploring Alternatives: We urge the city to explore alternative solutions such as upgrading existing lines or implementing underground power lines, despite potentially higher upfront costs. These alternatives offer long- term benefits in terms of safety
, reliability, and minimal aesthetic impact. Additionally , investigating advanced
technologies and alternative routing options could help mitigate the adverse effects on our community.
I respectfully request a meeting with relevant city officials and representatives from the utility company to discuss these concerns in detail and explore viable solutions. Finding a balance between necessary infrastructure upgrades and safeguarding the health, safety, and aesthetic integrity of our community is imperative.
As a concerned resident of Santa Clara, and a member of a community directly affected by this proposal, I strongly oppose the installation of power lines in options A and B. I implore Silicon Valley Power to consider alternative options that prioritize public health and safety and minimize adverse impacts on Santa Clara residents.
Thank you for your attention to this pressing matter
. I eagerly await your response and the opportunity to collaborate on finding a satisfactory resolution.
Ruhi Batchu
4470 Moulin Pl
Santa Clara, 95054
Mission Gardens
Concerns Regarding Upcoming High Power Electric Wire Poles in Our Community( Mission Gardens) for the upcoming SVP project connecting the Northern Receiving Station NRS to Kifer receiving station (KRS).
Ravi Krishna <[email protected]>
Wed 5/29/2024 10:07 PM
To: [email protected] <[email protected]>;[email protected] <[email protected]>; NRS-KRS Project <[email protected]>; [email protected] <[email protected]>; [email protected] <[email protected]>; [email protected] <[email protected]>; [email protected] <[email protected]> To Whomsoever it may concern,
As a concerned resident of Santa Clara, I am writing to express our apprehensions regarding the proposed installation route for high-power electric transmission lines and poles by Silicon Valley Power (SVP). This initiative is part of the project aimed at connecting the Northern Receiving Station (NRS) and Kifer Receiving Station (KRS).
Having reviewed the materials provided by your office and attended the recent public scoping meeting on May 23, 2024, I have delved into the details of the project. After careful consideration, I must voice my complete opposition to options A and B.
While acknowledging the necessity of upgrading the city’ s power infrastructure, there are several
significant concerns that demand attention:
1. Health Concerns: The potential health risks associated with prolonged exposure to unsafe levels of electromagnetic fields (EMFs) emitted by these high-power electric lines are paramount.
Numerous studies have indicated a possible correlation between EMF exposure and various health issues, including heightened risks of certain cancers and neurological disorders, especially in children and the elderly. I have extensively researched this topic and found compelling evidence
supporting these concerns. For instance, there is extensive research supporting that magnetic fields generated by the proposed power lines far exceed safe levels for human exposure, posing significant risks to residents, particularly those living within close proximity to the installation site.
Residents living in close proximity to these high power lines are at greater risk. I have gone through several medical and scientific research papers published on this matter that support our concern on this matter.
Here are a few links for reference to some such research articles:
https://www.ncbi.nlm.nih.gov/pmc/articles/PMC10590107/
https://www.hydroone.com/poweroutagesandsafety_/corporatehealthandsafety_/EMFs/Transmissi on_Line_EMF_Fields.pdf
https://www.emrss.com/blogs/emr-shielding-solutions-blogs/what-are-safe-levels-of-emf As a quick overview from these please see below:
The magnetic field generated by the high power lines is way beyond safe levels for humans.
Here is a break up:
•
•
•
· 115kV power transmission line has a Mean Magnetic Field (mG) of 6.5 at a distance of <50 feet.
· 230kV power transmission line has a Mean Magnetic Field (mG) of 19.5 at a distance of <50 feet. ( ref. Link2)
As the project stands today, the first row of houses in Mission Gardens on Lafayette Street will be less than 50 feet from the proposed installation point per Route A of these poles.The safe value of magnetic field around humans is 0.7mg (ref.
Link3) per numbers listed above, it's evident that
residents in close proximity will be exposed to very high unsafe levels of EMF. This will have a significant impact to all the residents within 50-75 feet. As mentioned ,more reference to various
NIH research articles on Pubmed can also be provided if needed to reinforce the concerns.
While I am speaking up as a resident of Mission Gardens, there are many other houses and apartment complexes along and near Lafayette St. whose residents will also be impacted by the unsafe levels of EMF.
Even a small risk is substantial for public health safety and can and should not be ignored by authorities; we need to err on the side of caution.
2. Increased Risk for Catastrophic
Accidents and Fire Hazards: The proposed route intersects with an already congested utility zone along Lafayette Street, heightening the risk of accidents and fire hazards, especially given the proximity to existing railway lines, residential buildings, and
heavy vehicular traffic.
3. Impact on Home Insurance Costs: The addition of high-power transmission lines in front of residences introduces additional risk factors that could prompt insurance companies to raise premiums further, exacerbating the already soaring home insurance costs in the Bay Area.
4. Property V
alue Concerns: The aesthetic and health-related concerns associated with the proposed power lines could adversely affect property values in our community, posing a significant concern for homeowners who have invested substantially in their properties.
5. Aesthetic Impact: The installation of large electric poles and wires would detract from the visual appeal of our neighborhood, undermining the pride we take in our well-maintained homes and attractive streetscapes.
6. Complexity and Inconvenience
: The construction and maintenance of these power lines could disrupt our daily lives, leading to noise pollution, road closures, and restricted access to homes.
Moreover, frequent power outages and service interruptions may result from ongoing maintenance activities.
7. Exploring
Alternatives: We urge the city to explore alternative solutions such as upgrading existing lines or implementing underground power lines, despite potentially higher upfront costs.
These alternatives offer long-term benefits in terms of safety, reliability, and minimal aesthetic
impact. Additionally, investigating advanced technologies and alternative routing options could help mitigate the adverse effects on our community.
I respectfully request a meeting with relevant city officials and representatives from the utility company to discuss these concerns in detail and explore viable solutions. Finding a balance between necessary infrastructure upgrades and safeguarding the health, safety, and aesthetic integrity of our community is imperative.
As a concerned resident of Santa Clara, and a member of a community directly af fected by this
proposal, I strongly oppose the installation of power lines in options A and B. I implore Silicon Valley Power to consider alternative options that prioritize public health and safety and minimize adverse impacts on Santa Clara residents.
Thank you for your attention to this pressing matter. I eagerly await your response and the opportunity to collaborate on finding a satisfactory resolution.
Ravi Krishna Adusumalli
1834 garzoni place , Santa Clara, CA-95054
Mission Gardens community
Concerns Regarding Upcoming High Power Electric Wire Poles in Our Community( Mission Gardens) for the upcoming SVP project connecting the Northern Receiving Station NRS to Kifer receiving station (KRS). srinivas dangeti <[email protected]>
Wed 5/29/2024 10:13 PM
To: NRS-KRS Project <[email protected]>; [email protected] <[email protected]>; [email protected] <[email protected]>; [email protected] <[email protected]>; [email protected] <[email protected]>; [email protected] <[email protected]>
To Whomsoever it may concern,
As a concerned resident of Santa Clara, I am writing to express our apprehensions regarding the proposed installation route for high-power electric transmission lines and poles by Silicon Valley Power (SVP). This initiative is part of the project aimed at connecting the Northern Receiving Station (NRS) and Kifer Receiving Station (KRS).
Having reviewed the materials provided by your office and attended the recent public scoping meeting on May 23, 2024, I have delved into the details of the project.
After careful consideration, I must voice my complete opposition to options A and B.
While acknowledging the necessity of upgrading the city’ s power infrastructure, there are several significant concerns that demand attention:
1. Health Concerns: The potential health risks associated with prolonged exposure to unsafe levels of electromagnetic fields (EMFs) emitted by these high-power Residents living in close proximity to these high power lines a re at greater risk. I have gone through several medical and scientific research papers published on this matter that support our concern on this matter.
Here are a few links for reference to some such research articles:
https://www.ncbi.nlm.nih.gov/pmc/articles/PMC10590107/
https://www.hydroone.com/poweroutagesandsafety_/corporatehealthandsafety_/EMFs/Transmission_Line_EMF_Fields.pdf https://www.emrss.com/blogs/emr-shielding-solutions-blogs/what-are-safe-levels-of-emf As a quick overview from these please see below:
The magnetic field generated by the high power lines is way beyond safe levels for humans. Here is a break up:
· 115kV power transmission line has a Mean Magnetic Field (mG) of 6.5 at a distance of <50 feet. · 230kV power transmission line has a Mean Magnetic Field (mG) of 19.5 at a distance of <50 feet. ( ref. Link2)
As the project stands today, the first row of houses in Mission Gardens on Lafayette Street will be less than 50 feet from the proposed installation point per Route A of these poles.The safe value of magnetic field around humans is 0.7mg (ref.
Link3) per numbers listed above, it's evident that residents in close proximity will be exposed to very high unsafe levels of EMF. This will have a significant impact to all the residents within 50-75 feet. As mentioned ,more reference to various NIH research articles on Pubmed can also be provided if needed to reinforce the concerns.
While I am speaking up as a resident of Mission Gardens, there are many other houses and apartment complexes along and near Lafayette St. whose residents will also be impacted by the unsafe levels of EMF.
Even a small risk is substantial for public health safety and can and should not be ignored by authorities; we need to err on the side of caution.
2. Increased Risk for Catastrophic Accidents and Fire Hazards: The proposed route intersects with an already congested utility zone along Lafayette Street, he
3. Impact on Home Insurance Costs: The addition of high-power transmission lines in front of residences introduces additional risk factors that could prompt insu
4. Property V
alue Concerns: The aesthetic and health-related concerns associated with the proposed power lines could adversely affect property values in our co
5. Aesthetic Impact:
The installation of large electric poles and wires would detract from the visual appeal of our neighborhood, undermining the pride we take in o
6. Complexity and Inconvenience: The construction and maintenance of these power lines could disrupt our daily lives, leading to noise pollution, road closures ,
7. Exploring Alternatives: W
e urge the city to explore alternative solutions such as upgrading existing lines or implementing underground power lines, despite pot I respectfully request a meeting with relevant city officials and representatives from the utility company to discuss these concerns in detail and explore viable solutions. Finding a balance between necessary infrastructure upgrades and safeguarding the health, safety, and aesthetic integrity of our community is imperative.
As a concerned resident of Santa Clara, and a member of a community directly affected by this proposal, I strongly oppose the installation of power lines in options A and B. I implore Silicon Valley Power to consider alternative options that prioritize public health and safety and minimize adverse impacts on Santa Clara residents.
Thank you for your attention to this pressing matter
. I eagerly await your response and the opportunity to collaborate on finding a satisfactory resolution.
Srinivas Dangeti
1878 Garzoni place
Santa Clara, CA 95054
Mission Gardens
Concerns Regarding Upcoming High Power Electric Wire Poles in Our Community( Mission Gardens) for the upcoming SVP project connecting the Northern Receiving Station NRS to Kifer receiving station (KRS).
Ravi Krishna <[email protected]>
Wed 5/29/2024 10:07 PM
To: [email protected] <[email protected]>;[email protected] <[email protected]>; NRS-KRS Project <[email protected]>; [email protected] <[email protected]>; [email protected] <[email protected]>; [email protected] <[email protected]>; [email protected] <[email protected]> To Whomsoever it may concern,
As a concerned resident of Santa Clara, I am writing to express our apprehensions regarding the proposed installation route for high-power electric transmission lines and poles by Silicon Valley Power (SVP). This initiative is part of the project aimed at connecting the Northern Receiving Station (NRS) and Kifer Receiving Station (KRS).
Having reviewed the materials provided by your office and attended the recent public scoping meeting on May 23, 2024, I have delved into the details of the project. After careful consideration, I must voice my complete opposition to options A
and B.
While acknowledging the necessity of upgrading the city’s power infrastructure, there are several significant concerns that demand attention:
1. Health Concerns: The potential health risks associated with prolonged exposure to unsafe levels of electromagnetic fields (EMFs) emitted by these high-power el ectric lines are paramount.
Numerous studies have indicated a possible correlation between EMF exposure and various health issues, including heightened risks of certain cancers and neurological disorders, especially in children and the elderly. I have extensively researched this topic and found compelling evidence
supporting these concerns. For instance, there is extensive research supporting that magnetic fields generated by the proposed power lines far exceed safe levels for human exposure, posing significant risks to residents, particularly those living within close proximity to the installation site.
Residents living in close proximity to these high power lines are at greater risk. I have gone through several medical and scientific research papers published on this matter that support our concern on this matter.
Here are a few links for reference to some such research articles:
https://www.ncbi.nlm.nih.gov/pmc/articles/PMC10590107/
https://www.hydroone.com/poweroutagesandsafety_/corporatehealthandsafety_/EMFs/Transmissi on_Line_EMF_Fields.pdf
https://www.emrss.com/blogs/emr-shielding-solutions-blogs/what-are-safe-levels-of-emf As a quick overview from these please see below:
The magnetic field generated by the high power lines is way beyond safe levels for humans.
Here is a break up:
•
•
•
· 115kV power transmission line has a Mean Magnetic Field (mG) of 6.5 at a distance of <50 feet.
· 230kV power transmission line has a Mean Magnetic Field (mG) of 19.5 at a distance of <50 feet. ( ref. Link2)
As the project stands today, the first row of houses in Mission Gardens on Lafayette Street will be less than 50 feet from the proposed installation point per Route A of these poles.The safe value of magnetic field around humans is 0.7mg (ref.
Link3) per numbers listed above, it's evident that
residents in close proximity will be exposed to very high unsafe levels of EMF. This will have a significant impact to all the residents within 50-75 feet. As mentioned ,more reference to various
NIH research articles on Pubmed can also be provided if needed to reinforce the concerns.
While I am speaking up as a resident of Mission Gardens, there are many other houses and apartment complexes along and near Lafayette St. whose residents will also be impacted by the unsafe levels of EMF.
Even a small risk is substantial for public health safety and can and should not be ignored by authorities; we need to err on the side of caution.
2. Increased Risk for Catastrophic
Accidents and Fire Hazards: The proposed route intersects with an already congested utility zone along Lafayette Street, heightening the risk of accidents and fire hazards, especially given the proximity to existing railway lines, residential buildings, and
heavy vehicular traffic.
3. Impact on Home Insurance Costs: The addition of high-power transmission lines in front of residences introduces additional risk factors that could prompt insurance companies to raise premiums further, exacerbating the already soaring home insurance costs in the Bay Area.
4. Property V
alue Concerns: The aesthetic and health-related concerns associated with the proposed power lines could adversely affect property values in our community, posing a significant concern for homeowners who have invested substantially in their properties.
5. Aesthetic Impact: The installation of large electric poles and wires would detract from the visual appeal of our neighborhood, undermining the pride we take in our well-maintained homes and attractive streetscapes.
6. Complexity and Inconvenience
: The construction and maintenance of these power lines could disrupt our daily lives, leading to noise pollution, road closures, and restricted access to homes.
Moreover, frequent power outages and service interruptions may result from ongoing maintenance activities.
7. Exploring
Alternatives: We urge the city to explore alternative solutions such as upgrading existing lines or implementing underground power lines, despite potentially higher upfront costs.
These alternatives offer long-term benefits in terms of safety, reliability, and minimal aesthetic
impact. Additionally, investigating advanced technologies and alternative routing options could help mitigate the adverse effects on our community.
I respectfully request a meeting with relevant city officials and representatives from the utility company to discuss these concerns in detail and explore viable solutions. Finding a balance between necessary infrastructure upgrades and safeguarding the health, safety, and aesthetic integrity of our community is imperative.
As a concerned resident of Santa Clara, and a member of a community directly af fected by this
proposal, I strongly oppose the installation of power lines in options A and B. I implore Silicon Valley Power to consider alternative options that prioritize public health and safety and minimize adverse impacts on Santa Clara residents.
Thank you for your attention to this pressing matter. I eagerly await your response and the opportunity to collaborate on finding a satisfactory resolution.
Ravi Krishna Adusumalli
1834 garzoni place , Santa Clara, CA-95054
Mission Gardens community
Concerns Regarding Upcoming High Power Electric Wire Poles in Our Community( Mission Gardens) for the upcoming SVP project connecting the Northern Receiving Station NRS to Kifer receiving station (KRS).
Hasitha Dangeti <[email protected]>
Wed 5/29/2024 10:16 PM
To: NRS-KRS Project <[email protected]>; [email protected] <[email protected]>; [email protected] <[email protected]>; [email protected] <[email protected]>; [email protected] <[email protected]>; [email protected] <[email protected]>
To Whomsoever it may concern,
As a concerned resident of Santa Clara, I am writing to express our apprehensions regarding the proposed installation route for high-power electric transmission lines and poles by Silicon Valley Power (SVP). This initiative is part of the project aimed at connecting the Northern Receiving Station (NRS) and Kifer Receiving Station (KRS).
Having reviewed the materials provided by your office and attended the recent public scoping meeting on May 23, 2024, I have delved into the details of the project. After careful consideration, I must voice my complete opposition to options A and B.
While acknowledging the necessity of upgrading the city’s power infrastructure, there are several significant concerns that demand attention:
1. Health Concerns: The potential health risks associated with prolonged exposure t o unsafe levels
of electromagnetic fields (EMFs) emitted by these high-power electric lines are paramount.
Numerous studies have indicated a possible correlation between EMF exposure and various health issues, including heightened risks of certain cancers and neurological disorders, especially in children and the elderly. I have extensively researched this topic and found compelling evidence
supporting these concerns. For instance, there is extensive research supporting that magnetic fields generated by the proposed power lines far exceed safe levels for human exposure, posing significant risks to residents, particularly those living within close proximity to the installation site.
Residents living in close proximity to these high power lines are at greater risk. I have gone through several medical and scientific research papers publishe d on this matter that support our
concern on this matter.
Here are a few links for reference to some such research articles:
https://www.ncbi.nlm.nih.gov/pmc/articles/PMC10590107/
https://www.hydroone.com/poweroutagesandsafety_/corporatehealthandsafety_/EMFs/Transmissi on_Line_EMF_Fields.pdf
https://www.emrss.com/blogs/emr-shielding-solutions-blogs/what-are-safe-levels-of-emf As a quick overview from these please see below:
The magnetic field generated by the high power lines is way beyond safe levels for humans.
Here is a break up:
· 115kV power transmission line has a Mean Magnetic Field (mG) of 6.5 at a distance of <50 feet.
•
•
•
· 230kV power transmission line has a Mean Magnetic Field (mG) of 19.5 at a distance of <50 feet. ( ref. Link2)
As the project stands today, the first row of houses in Mission Gardens on Lafayette Street will be less than 50 feet from the proposed installation point per Route A of these poles.The safe value of magnetic field around humans is 0.7mg (ref.
Link3) per numbers listed above, it's evident that
residents in close proximity will be exposed to very high unsafe levels of EMF. This will have a significant impact to all the residents within 50-75 feet. As mentioned ,more reference to various NIH research articles on Pubmed can also be provided if needed to reinforce the concerns.
While I am speaking up as a resident of Mission Gardens, there are many other houses and
apartment complexes along and near Lafayette St. whose residents will also be impacted by the unsafe levels of EMF.
Even a small risk is substantial for public health safety and can and should not be ignored by authorities; we need to err on the side of caution.
2. Increased Risk for Catastrophic Accidents and Fire Hazards: The proposed route intersects with an already congested utility zone along Lafayette Street, heightening the risk of accidents and
fire hazards, especially given the proximity to existing railway lines, residential buildings, and heavy vehicular traffic.
3. Impact on Home Insurance Costs:
The addition of high-power transmission lines in front of residences introduces additional risk factors that could prompt insurance companies to raise premiums further, exacerbating the already soaring home insurance costs in the Bay Area.
4. Property Value Concerns:
The aesthetic and health-related concerns associated with the proposed power lines could adversely affect property values in our community, posing a significant concern for homeowners who have invested substantially in their properties.
5. Aesthetic Impact: The installation of large electric poles and wires would detrac t from the visual
appeal of our neighborhood, undermining the pride we take in our well-maintained homes and attractive streetscapes.
6. Complexity and Inconvenience: The construction and maintenance of these power lines could disrupt our daily lives, leading to noise pollution, road closu res, and restricted access to homes.
Moreover, frequent power outages and service interruptions may result from ongoing maintenance activities.
7. Exploring Alternatives: W
e urge the city to explore alternative solutions such as upgrading existing lines or implementing underground power lines, despite potentially higher upfront costs.
These alternatives offer long-term benefits in terms of safety, reliability, and minimal aesthetic impact. Additionally
, investigating advanced technologies and alternative routing options could help mitigate the adverse effects on our community.
I respectfully request a meeting with relevant city officials and representatives from the utility company to discuss these concerns in detail and explore viable solutions. Finding a balance between necessary infrastructure upgrades and safeguarding the health, safety, and aesthetic integrity of our community is imperative.
As a concerned resident of Santa Clara, and a member of a community directly affected by this proposal, I strongly oppose the installation of power lines in options A and B. I implore Silicon Valley
Power to consider alternative options that prioritize public health and safety and minimize adverse impacts on Santa Clara residents.
Thank you for your attention to this pressing matter. I eagerly await your response and the opportunity to collaborate on finding a satisfactory resolution.
Hasitha Dangeti
1878 Garzoni place
Santa Clara, CA 95054
Mission Gardens
Concerns Regarding Upcoming High Power Electric Wire Poles in Our Community( Mission Gardens) for the upcoming SVP project connecting the Northern Receiving Station NRS to Kifer receiving station (KRS).
Swapna Dangeti <[email protected]>
Wed 5/29/2024 10:17 PM
To: NRS-KRS Project <[email protected]>; [email protected] <[email protected]>; [email protected] <[email protected]>; [email protected] <[email protected]>; [email protected] <[email protected]>; [email protected] <[email protected]>
To Whomsoever it may concern,
As a concerned resident of Santa Clara, I am writing to express our apprehensions regarding the proposed installation route for high-power electric transmission lines and poles by Silicon Valley Power (SVP). This initiative is part of the project aimed at connecting the Northern Receiving Station (NRS) and Kifer Receiving Station (KRS).
Having reviewed the materials provided by your office and attended the recent public scoping meeting on May 23, 2024, I have delved into the details of the project. After careful consideration, I must voice my complete opposition to options A and B.
While acknowledging the necessity of upgrading the city’s power infrastructure, there are several significant concerns that demand attention:
1. Health Concerns: The potential health risks associated with prolonged exposure t o unsafe levels
of electromagnetic fields (EMFs) emitted by these high-power electric lines are paramount.
Numerous studies have indicated a possible correlation between EMF exposure and various health issues, including heightened risks of certain cancers and neurological disorders, especially in children and the elderly. I have extensively researched this topic and found compelling evidence
supporting these concerns. For instance, there is extensive research supporting that magnetic fields generated by the proposed power lines far exceed safe levels for human exposure, posing significant risks to residents, particularly those living within close proximity to the installation site.
Residents living in close proximity to these high power lines are at greater risk. I have gone through several medical and scientific research papers publishe d on this matter that support our
concern on this matter.
Here are a few links for reference to some such research articles:
https://www.ncbi.nlm.nih.gov/pmc/articles/PMC10590107/
https://www.hydroone.com/poweroutagesandsafety_/corporatehealthandsafety_/EMFs/Transmissi on_Line_EMF_Fields.pdf
https://www.emrss.com/blogs/emr-shielding-solutions-blogs/what-are-safe-levels-of-emf As a quick overview from these please see below:
The magnetic field generated by the high power lines is way beyond safe levels for humans.
Here is a break up:
· 115kV power transmission line has a Mean Magnetic Field (mG) of 6.5 at a distance of <50 feet.
•
•
•
· 230kV power transmission line has a Mean Magnetic Field (mG) of 19.5 at a distance of <50 feet. ( ref. Link2)
As the project stands today, the first row of houses in Mission Gardens on Lafayette Street will be less than 50 feet from the proposed installation point per Route A of these poles.The safe value of magnetic field around humans is 0.7mg (ref.
Link3) per numbers listed above, it's evident that
residents in close proximity will be exposed to very high unsafe levels of EMF. This will have a significant impact to all the residents within 50-75 feet. As mentioned ,more reference to various NIH research articles on Pubmed can also be provided if needed to reinforce the concerns.
While I am speaking up as a resident of Mission Gardens, there are many other houses and
apartment complexes along and near Lafayette St. whose residents will also be impacted by the unsafe levels of EMF.
Even a small risk is substantial for public health safety and can and should not be ignored by authorities; we need to err on the side of caution.
2. Increased Risk for Catastrophic Accidents and Fire Hazards: The proposed route intersects with an already congested utility zone along Lafayette Street, heightening the risk of accidents and
fire hazards, especially given the proximity to existing railway lines, residential buildings, and heavy vehicular traffic.
3. Impact on Home Insurance Costs:
The addition of high-power transmission lines in front of residences introduces additional risk factors that could prompt insurance companies to raise premiums further, exacerbating the already soaring home insurance costs in the Bay Area.
4. Property Value Concerns:
The aesthetic and health-related concerns associated with the proposed power lines could adversely affect property values in our community, posing a significant concern for homeowners who have invested substantially in their properties.
5. Aesthetic Impact: The installation of large electric poles and wires would detrac t from the visual
appeal of our neighborhood, undermining the pride we take in our well-maintained homes and attractive streetscapes.
6. Complexity and Inconvenience: The construction and maintenance of these power lines could disrupt our daily lives, leading to noise pollution, road closu res, and restricted access to homes.
Moreover, frequent power outages and service interruptions may result from ongoing maintenance activities.
7. Exploring Alternatives: W
e urge the city to explore alternative solutions such as upgrading existing lines or implementing underground power lines, despite potentially higher upfront costs.
These alternatives offer long-term benefits in terms of safety, reliability, and minimal aesthetic impact. Additionally
, investigating advanced technologies and alternative routing options could help mitigate the adverse effects on our community.
I respectfully request a meeting with relevant city officials and representatives from the utility company to discuss these concerns in detail and explore viable solutions. Finding a balance between necessary infrastructure upgrades and safeguarding the health, safety, and aesthetic integrity of our community is imperative.
As a concerned resident of Santa Clara, and a member of a community directly affected by this proposal, I strongly oppose the installation of power lines in options A and B. I implore Silicon Valley
Power to consider alternative options that prioritize public health and safety and minimize adverse impacts on Santa Clara residents.
Thank you for your attention to this pressing matter. I eagerly await your response and the opportunity to collaborate on finding a satisfactory resolution.
Swapna Dangeti
1878 Garzoni place
Santa Clara, CA 95054
Mission Gardens
RE: Concerns Regarding Upcoming High Power Electric Wire Poles in Our Community( Mission Gardens) for the upcoming SVP project connecting the Northern Receiving Station NRS to Kifer receiving station (KRS).
Allie Jackman <[email protected]>
Thu 5/30/2024 4:23 PM
To: Shashi <[email protected]>
Cc: NRS-KRS Project <[email protected]>
Dear Concerned Resident of Santa Clara,
Thank you for submitting a comment on Silicon Valley Power’s Northern Receiving Station (NRS) to Kifer Receiving Station (KRS) 115 kV Transmission Line Project. Your comment has been recorded and will be addressed and responded to in detail within the upcoming CEQA document (IS/MND).
As a reminder,
once the CEQA document is published, there will be another opportunity for public comment. We have added your information to our notification list for this project.
We look forward to continuing to work with you on this important project.
Best regards,
ALLIE JACKMAN, P.E.
Principal Electric Utility Engineer
D: 408-615-6639
881 Martin Avenue, Santa Clara, CA 95050
www.siliconvalleypower.com
From: Shashi <[email protected]>
Sent: Wednesday, May 29, 2024 10:36 PM
To: Allie Jackman <[email protected]>
Subject: Concerns Regarding Upcoming High Power Electric Wire Poles in Our Community( Mission Gardens) for the upcoming SVP project connec ng the Northern R eceiving Sta on NR S to Kifer receiving sta on (KR S).
To Whomsoever it may concern,
As a concerned resident of Santa Clara, I am writing to express our apprehensions regarding the proposed installation route for high-power electric transmission lines and poles by Silicon Valley Power (SVP). This initiative is part of the project aimed at connecting the Northern Receiving Station (NRS) and Kifer Receiving Station (KRS).
Having reviewed the materials provided by your office and attended the recent public scoping meeting on May 23, 2024, I have delved into the details of the project. After careful consideration, I must voice my complete opposition to options
A and B.
While acknowledging the necessity of upgrading the city’s power infrastructure, there are several significant concerns that demand attention:
1. Health Concerns: The potential health risks associated with prolonged exposure to unsafe levels of electromagnetic fields (EMFs) emitted by these high-power electric lines
are paramount. Numerous studies have indicated a possible correlation between EMF exposure and various health issues, including heightened risks of certain cancers and neurological disorders, especially in children and the elderly. I have extensively researched this topic and found compelling evidence supporting these concerns. For instance, there is extensive research supporting that magnetic fields generated by the proposed power lines far exceed safe levels for human exposure, posing significant risks to residents, particularly those living within close proximity to the installation site.
Residents living in close proximity to these high power lines are at greater risk. I have gone through several medical and scientific research papers published on this matter that support our concern on this matter.
Here are a few links for reference to some such research articles:
· https://www.ncbi.nlm.nih.gov/pmc/articles/PMC10590107/ ·
https://www.hydroone.com/poweroutagesandsafety_/corporatehealthandsafety_/EMFs/Tr ansmission_Line_EMF_Fields.pdf
· https://www.emrss.com/blogs/emr-shielding-solutions-blogs/what-are-safe-levels-of-emf As a quick overview from these please see below:
The magnetic field generated by the high power lines is way beyond safe levels for humans.
Here is a break up:
· 115kV power transmission line has a Mean Magnetic Field (mG) of 6.5 at a distance of <50 feet.
· 230kV power transmission line has a Mean Magnetic Field (mG) of 19.5 at a distance of <50 feet. ( ref.
Link2)
As the project stands today, the first row of houses in Mission Gardens on Lafayette Street will be less than 50 feet from the proposed installation point per Route A of these poles.The safe value of magnetic field around humans is 0.7mg (ref.
Link3) per numbers listed above, it's evident that
residents in close proximity will be exposed to very high unsafe levels of EMF. This will have a significant impact to all the residents within 50-75 feet. As mentioned ,more reference to various NIH research articles on Pubmed can also be provided if needed to reinforce the concerns.
While I am speaking up as a resident of Mission Gardens, there are many other houses and
apartment complexes along and near Lafayette St. whose residents will also be impacted by the unsafe levels of EMF.
Even a small risk is substantial for public health safety and can and should not be ignored by authorities; we need to err on the side of caution.
2. Increased Risk for Catastrophic Accidents and Fire Hazards: The proposed route intersects with an already congested utility zone along Lafayet te Street, heightening the
risk of accidents and fire hazards, especially given the proximity to existing railway lines, residential buildings, and heavy vehicular traffic.
3. Impact on Home Insurance Costs: The addition of high-power transmission lines in front of residences introduces additional risk factors that cou ld prompt insurance
companies to raise premiums further, exacerbating the already soaring home insurance costs in the Bay Area.
4. Property Value Concerns: The aesthetic and health-related concerns associated with the proposed power lines could adversely af
fect property values in our community, posing
a significant concern for homeowners who have invested substantially in their properties.
5. Aesthetic Impact: The installation of large electric poles and wires would detract from the visual appeal of our neighborhood, undermining the pride we tak e in our well-maintained
homes and attractive streetscapes.
6. Complexity and Inconvenience: The construction and maintenance of these power lines could disrupt our daily lives, leading to noise pollution, road closures, and restricted access to homes. Moreover, frequent power outages and service interruptions may result from ongoing maintenance activities.
7. Exploring
Alternatives: We urge the city to explore alternative solutions such as upgrading existing lines or implementing underground power line s, despite potentially
higher upfront costs. These alternatives offer long-term benefits in terms of safety, reliability, and minimal aesthetic impact.
Additionally, investigating advanced technologies
and alternative routing options could help mitigate the adverse effects on our community.
I respectfully request a meeting with relevant city officials and representatives from the utility company to discuss these concerns in detail and explore viable solutions. Finding a balance between necessary infrastructure upgrades and safeguarding the health, safety, and aesthetic integrity of our community is imperative.
As a concerned resident of Santa Clara, and a member of a community directly affected by this proposal, I strongly oppose the installation of power lines in options A and B. I implore Silicon Valley Power to consider alternative options that prioritize public health and safety and minimize adverse impacts on Santa Clara residents.
Thank you for your attention to this pressing matter. I eagerly await your response and the opportunity to collaborate on finding a satisfactory resolution.
Shashi Devaraju
1850 Garzoni Place, Santa Clara, CA
95054
408 429 0217
Mission Gardens
The information contained in this email may be privileged, confidential and exempt from disclosure under applicable law. The information is intended only for the use of the individual or entity to which it is addressed. If you are not the intended recipient or the employee or agent responsible to deliver it to the intended recipient, you are hereby notified that any use, dissemination, distribution or copying of this communication is strictly prohibited. If you have received this message in error, or are not the named recipient(s), please notify the sender immediately by reply email and delete this message from your computer. Thank you
Concerns Regarding Upcoming High Power Electric Wire Poles in Our Community( Mission Gardens) for the upcoming SVP project connecting the Northern Receiving Station NRS to Kifer receiving station (KRS).
Srinivas Reddy <[email protected]>
Wed 5/29/2024 10:39 PM
To: [email protected] <[email protected]>;NRS-KRS Project <[email protected]>; [email protected] <[email protected]>; [email protected] <[email protected]>; [email protected] <[email protected]>; [email protected] <[email protected]>
To Whomsoever it may concern,
As a concerned resident of Santa Clara, I am writing to express our apprehensions regarding the proposed installation route for high-power electric transmission lines and poles by Silicon Valley Power (SVP). This initiative is part of the project aimed at connecting the Northern Receiving Station (NRS) and Kifer Receiving Station (KRS).
Having reviewed the materials provided by your office and attended the recent public scoping meeting on May 23, 2024, I have delved into the details of the project. After careful consideration, I must voice my complete opposition to options A and B.
While acknowledging the necessity of upgrading the city’s power infrastructure, there are several significant concerns that demand attention:
1. Health Concerns: The potential health risks associated with prolonged exposure to unsafe levels of electromagnetic
fields (EMFs) emitted by these high-power electric lines are paramount. Numerous studies have indicated a possible
correlation between EMF exposure and various health
issues, including heightened risks of certain cancers and neurological disorders, especially in children and the
elderly. I have extensively researched this topic and found compelling evidence supporting these concerns. For
instance, there is extensive research supporting that
magnetic fields generated by the proposed power lines far exceed safe levels for human exposure, posing significant risks to residents, particularly those living within close proximity to the installation site.
Residents living in close proximity to these high power lines are at greater risk. I have gone through several medical and scientific research papers published on this matter that support our concern on this matter.
Here are a few links for reference to some such research articles:
https://www.ncbi.nlm.nih.gov/pmc/articles/PMC10590107/
https://www.hydroone.com/poweroutagesandsafety_/corpor
atehealthandsafety_/EMFs/Transmission_Line_EMF_Fields
.pdf
https://www.emrss.com/blogs/emr-shielding-solutions-
blogs/what-are-safe-levels-of-emf
As a quick overview from these please see below:
The magnetic field generated by the high power lines is way beyond safe levels for humans. Here is a break up:
· 115kV power transmission line has a Mean
Magnetic Field (mG) of 6.5 at a distance of <50 feet.
· 230kV power transmission line has a Mean
Magnetic Field (mG) of 19.5 at a distance of <50 feet. ( ref.
Link2)
As the project stands today, the first row of houses in Mission Gardens on Lafayette Street will be less than 50 feet from the proposed installation point per Route A of these poles.The safe value of magnetic field around
humans is 0.7mg (ref.
Link3) per numbers listed above, it's
•
•
•
evident that residents in close proximity will be exposed to very high unsafe levels of EMF. This will have a significant impact to all the residents within 50-75 feet. As mentioned ,more reference to various NIH research articles on
Pubmed can also be provided if needed to reinforce the
concerns.
While I am speaking up as a resident of Mission Gardens, there are many other houses and apartment complexes
along and near Lafayette St. whose residents will also be impacted by the unsafe levels of EMF.
Even a small risk is substantial for public health safety and can and should not be ignored by authorities; we need to err on the side of caution.
2. Increased Risk for Catastrophic Accidents and Fire Hazards:
The proposed route intersects with an already congested utility zone along Lafayette Street, heightening the risk of accidents and fire hazards, especially given the proximity to existing railway lines, residential buildings, and heavy vehicular traffic.
3. Impact on Home Insurance Costs: The addition of high- power transmission lines in front of residences introduces additional risk factors that could prompt insurance
companies to raise premiums further, exacerbating the
already soaring home insurance costs in the Bay Area.
4. Property Value Concerns: The aesthetic and health-related concerns associated with the proposed power lines could adversely affect property values in our community, posing a significant concern for homeowners who have invested
substantially in their properties.
5. Aesthetic Impact: The installation of large electric poles and wires would detract from the visual appeal of our
neighborhood, undermining the pride we take in our well- maintained homes and attractive streetscapes.
6. Complexity and Inconvenience: The construction and
maintenance of these power lines could disrupt our daily lives, leading to noise pollution, road closures, and
restricted access to homes. Moreover, frequent power
outages and service interruptions may result from ongoing maintenance activities.
7. Exploring Alternatives: We urge the city to explore
alternative solutions such as upgrading existing lines or implementing underground power lines, despite potentially higher upfront costs. These alternatives offer long-term benefits in terms of safety, reliability, and minimal aesthetic impact. Additionally, investigating advanced technologies and alternative routing options could help mitigate the adverse effects on our community.
I respectfully request a meeting with relevant city officials and representatives from the utility company to discuss these concerns in detail and explore viable solutions. Finding a balance between necessary infrastructure upgrades and
safeguarding the health, safety, and aesthetic integrity of our community is imperative.
As a concerned resident of Santa Clara, and a member of a community directly affected by this proposal, I strongly oppose the installation of power lines in options A and B. I implore Silicon Valley Power to consider alternative options that prioritize public health and safety and minimize adverse impacts on Santa Clara residents.
Thank you for your attention to this pressing matter. I eagerly await your response and the opportunity to collaborate on finding a satisfactory resolution.
Srinivas
1813 Silva Place, Santa Clara
408-373-2893
Mission Gardens
Virus-free.www.avg.comD
Re: Concerns Regarding Upcoming High Power Electric Wire Poles in Our Community( Mission Gardens) for the upcoming SVP project connecting the Northern Receiving Station NRS to Kifer receiving station (KRS).
Srinivas <[email protected]>
Wed 5/29/2024 10:41 PM
To: [email protected] <[email protected]>;NRS-KRS Project <[email protected]>; [email protected] <[email protected]>; [email protected] <[email protected]>; [email protected] <[email protected]>; [email protected] <[email protected]>
To Whomsoever it may concern,
As a concerned resident of Santa Clara, I am writing to express our apprehensions regarding the proposed
installation route for high-power electric transmission lines and poles by Silicon Valley Power (SVP). This
initiative is part of the project aimed at connecting the Northern Receiving Station (NRS) and Kifer Receiving
Station (KRS).
Having reviewed the materials provided by your office
and attended the recent public scoping meeting on May
23, 2024, I have delved into the details of the project.
After careful consideration, I must voice my complete
opposition to options A and B.
While acknowledging the necessity of upgrading the
city’s power infrastructure, there are several significant concerns that demand attention:
1. Health Concerns: The potential health risks
associated with prolonged exposure to unsafe levels
of electromagnetic fields (EMFs) emitted by these
high-power electric lines are paramount. Numerous
studies have indicated a possible correlation
between EMF exposure and various health issues,
including heightened risks of certain cancers and
neurological disorders, especially in children and the
elderly. I have extensively researched this topic and
found compelling evidence supporting these
concerns. For instance, there is extensive research
supporting that magnetic fields generated by the
proposed power lines far exceed safe levels for
human exposure, posing significant risks to
residents, particularly those living within close
proximity to the installation site.
Residents living in close proximity to these high
power lines are at greater risk. I have gone through
several medical and scientific research papers
published on this matter that support our concern
on this matter.
Here are a few links for reference to some such
research articles:
https://www.ncbi.nlm.nih.gov/pmc/articles/PMC1059
0107/
https://www.hydroone.com/poweroutagesandsafety_
/corporatehealthandsafety_/EMFs/Transmission_Lin
e_EMF_Fields.pdf
https://www.emrss.com/blogs/emr-shielding-
solutions-blogs/what-are-safe-levels-of-emf
As a quick overview from these please see below:
The magnetic field generated by the high power
lines is way beyond safe levels for humans. Here is
a break up:
· 115kV power transmission line has a
Mean Magnetic Field (mG) of 6.5 at a distance
of <50 feet.
· 230kV power transmission line has a
Mean Magnetic Field (mG) of 19.5 at a
•
•
•
distance of <50 feet. ( ref. Link2)
As the project stands today, the first row of houses
in Mission Gardens on Lafayette Street will be less
than 50 feet from the proposed installation point per
Route A of these poles.The safe value of magnetic
field around humans is 0.7mg (ref.
Link3) per
numbers listed above, it's evident that residents in
close proximity will be exposed to very high unsafe
levels of EMF. This will have a significant impact to
all the residents within 50-75 feet. As mentioned
,more reference to various NIH research articles on
Pubmed can also be provided if needed to reinforce
the concerns.
While I am speaking up as a resident of Mission
Gardens, there are many other houses and
apartment complexes along and near Lafayette St.
whose residents will also be impacted by the
unsafe levels of EMF.
Even a small risk is substantial for public health
safety and can and should not be ignored by
authorities; we need to err on the side of caution.
2. Increased Risk for Catastrophic Accidents and Fire
Hazards: The proposed route intersects with an
already congested utility zone along Lafayette
Street, heightening the risk of accidents and fire
hazards, especially given the proximity to existing
railway lines, residential buildings, and heavy
vehicular traffic.
3. Impact on Home Insurance Costs: The addition of
high-power transmission lines in front of residences
introduces additional risk factors that could prompt
insurance companies to raise premiums further,
exacerbating the already soaring home insurance
costs in the Bay Area.
4. Property Value Concerns: The aesthetic and health-
related concerns associated with the proposed
power lines could adversely affect property values in
our community, posing a significant concern for
homeowners who have invested substantially in
their properties.
5. Aesthetic Impact: The installation of large electric poles and wires would detract from the visual appeal
of our neighborhood, undermining the pride we take
in our well-maintained homes and attractive
streetscapes.
6. Complexity and Inconvenience: The construction and
maintenance of these power lines could disrupt our
daily lives, leading to noise pollution, road closures, and restricted access to homes. Moreover, frequent
power outages and service interruptions may result
from ongoing maintenance activities.
7. Exploring Alternatives: We urge the city to explore
alternative solutions such as upgrading existing lines
or implementing underground power lines, despite
potentially higher upfront costs. These alternatives
offer long-term benefits in terms of safety, reliability, and minimal aesthetic impact. Additionally,
investigating advanced technologies and alternative
routing options could help mitigate the adverse
effects on our community.
I respectfully request a meeting with relevant city
officials and representatives from the utility company to discuss these concerns in detail and explore viable
solutions. Finding a balance between necessary
infrastructure upgrades and safeguarding the health,
safety, and aesthetic integrity of our community is
imperative.
As a concerned resident of Santa Clara, and a member
of a community directly affected by this proposal, I
strongly oppose the installation of power lines in options A and B. I implore Silicon Valley Power to consider
alternative options that prioritize public health and safety and minimize adverse impacts on Santa Clara
residents.
Thank you for your attention to this pressing matter. I eagerly await your response and the opportunity to
collaborate on finding a satisfactory resolution.
Vasanti
1813 Silva Place, Santa Clara
408-373-2893
Mission Gardens
Virus-free.www.avg.comD
Concerns Regarding Upcoming High Power Electric Wire Poles in Our Community( Mission Gardens) for the upcoming SVP project connecting the Northern Receiving Station NRS to Kifer receiving station (KRS).
Vishnu H <[email protected]>
Wed 5/29/2024 11:04 PM
To: [email protected] <[email protected]>;NRS-KRS Project <[email protected]>; [email protected] <[email protected]>; [email protected] <[email protected]>; [email protected] <[email protected]>; [email protected] <[email protected]> To Whomsoever it may concern,
As a concerned resident of Santa Clara, I am writing to express our apprehensions regarding the proposed installation route for high-power electric transmission lines and poles by Silicon Valley Power (SVP). This initiative is part of the project aimed at connecting the Northern Receiving Station (NRS) and Kifer Receiving Station (KRS).
Having reviewed the materials provided by your office and attended the recent public scoping meeting on May 23, 2024, I have delved into the details of the project. After careful consideration, I must voice my complete opposition to options A and B.
While acknowledging the necessity of upgrading the city’ s power infrastructure, there are several significant concerns that demand attention:
1. Health Concerns: The potential health risks associated with prolonged exposure to unsafe levels of electromagnetic fields (EMFs) emitted by these high-power Residents living in close proximity to these high power lines a re at greater risk. I have gone through several medical and scientific research papers published on this matter that support our concern on this matter.
Here are a few links for reference to some such research articles:
https://www.ncbi.nlm.nih.gov/pmc/articles/PMC10590107/
https://www.hydroone.com/poweroutagesandsafety_/corporatehealthandsafety_/EMFs/Transmission_Line_EMF_Fields.pdf https://www.emrss.com/blogs/emr-shielding-solutions-blogs/what-are-safe-levels-of-emf As a quick overview from these please see below:
The magnetic field generated by the high power lines is way beyond safe levels for humans. Here is a break up:
· 115kV power transmission line has a Mean Magnetic Field (mG) of 6.5 at a distance of <50 feet. · 230kV power transmission line has a Mean Magnetic Field (mG) of 19.5 at a distance of <50 feet. ( ref. Link2)
As the project stands today, the first row of houses in Mission Gardens on Lafayette Street will be less than 50 feet from the proposed installation point per Route A of these poles.The safe value of magnetic field around humans is 0.7mg (ref.
Link3) per numbers listed above, it's evident that residents in close proximity will be exposed to very high unsafe levels of EMF. This will have a significant impact to all the residents within 50-75 feet. As mentioned ,more reference to various NIH research articles on Pubmed can also be provided if needed to reinforce the concerns.
While I am speaking up as a resident of Mission Gardens, there are many other houses and apartment complexes along and near Lafayette St. whose residents will also be impacted by the unsafe levels of EMF.
Even a small risk is substantial for public health safety and can and should not be ignored by authorities; we need to err on the side of caution.
2. Increased Risk for Catastrophic Accidents and Fire Hazards: The proposed route intersects with an already congested utility zone along Lafayette Street, he
3. Impact on Home Insurance Costs: The addition of high-power transmission lines in front of residences introduces additional risk factors that could prompt insu
4. Property V
alue Concerns: The aesthetic and health-related concerns associated with the proposed power lines could adversely affect property values in our co
5. Aesthetic Impact:
The installation of large electric poles and wires would detract from the visual appeal of our neighborhood, undermining the pride we take in o
6. Complexity and Inconvenience: The construction and maintenance of these power lines could disrupt our daily lives, leading to noise pollution, road closures ,
7. Exploring Alternatives: W
e urge the city to explore alternative solutions such as upgrading existing lines or implementing underground power lines, despite pot I respectfully request a meeting with relevant city officials and representatives from the utility company to discuss these concerns in detail and explore viable solutions. Finding a balance between necessary infrastructure upgrades and safeguarding the health, safety, and aesthetic integrity of our community is imperative.
As a concerned resident of Santa Clara, and a member of a community directly affected by this proposal, I strongly oppose the installation of power lines in options A and B. I implore Silicon Valley Power to consider alternative options that prioritize public health and safety and minimize adverse impacts on Santa Clara residents.
Thank you for your attention to this pressing matter
. I eagerly await your response and the opportunity to collaborate on finding a satisfactory resolution.
Vishnu Vardhan Hari
4459 Moulin Pl. Santa Clara, CA 95054
408.398.4449
Mission Gardens Community
Concerns Regarding Upcoming High Power Electric Wire Poles in Our Community( Mission Gardens) for the upcoming SVP project connecting the Northern Receiving Station NRS to Kifer receiving station (KRS).
Vidya <[email protected]>
Wed 5/29/2024 11:08 PM
To: [email protected] <[email protected]>;NRS-KRS Project <[email protected]>; [email protected] <[email protected]>; [email protected] <[email protected]>; [email protected] <[email protected]>; [email protected] <[email protected]>
To Whomsoever it may concern,
As a concerned resident of Santa Clara, I am writing to express our apprehensions regarding the proposed installation route for high-power electric transmission lines and poles by Silicon Valley Power (SVP). This initiative is part of the project aimed at connecting the Northern Receiving Station (NRS) and Kifer Receiving Station (KRS).
Having reviewed the materials provided by your office and attended the recent public scoping meeting on May 23, 2024, I have delved into the details of the project. After careful consideration, I must voice my complete opposition to options A and B.
While acknowledging the necessity of upgrading the city’ s power infrastructure, there are several
significant concerns that demand attention:
1. Health Concerns: The potential health risks associated with prolonged exposure to unsafe levels of electromagnetic fields (EMFs) emitted by these high-power electric lines are paramount.
Numerous studies have indicated a possible correlation between EMF exposure and various health issues, including heightened risks of certain cancers an d neurological disorders, especially
in children and the elderly. I have extensively researched this topic and found compelling evidence supporting these concerns. For instance, there is extensive research supporting that magnetic fields generated by the proposed power lines far exceed safe levels for human exposure, posing significant risks to residents, particularly those living withi n close proximity to the installation site.
Residents living in close proximity to these high power lines are at greater risk. I have gone through several medical and scientific research papers published on this matter that support our concern on this matter.
Here are a few links for reference to some such research articles:
https://www.ncbi.nlm.nih.gov/pmc/articles/PMC10590107/
https://www.hydroone.com/poweroutagesandsafety_/corporatehealthandsafety_/EMFs/Transmissi on_Line_EMF_Fields.pdf
https://www.emrss.com/blogs/emr-shielding-solutions-blogs/what-are-safe-levels-of-emf As a quick overview from these please see below:
The magnetic field generated by the high power lines is way beyond safe levels for humans.
Here is a break up:
· 115kV power transmission line has a Mean Magnetic Field (mG) of 6.5 at a distance of <50 feet.
•
•
•
· 230kV power transmission line has a Mean Magnetic Field (mG) of 19.5 at a distance of <50 feet. ( ref. Link2)
As the project stands today, the first row of houses in Mission Gardens on Lafayette Street will be less than 50 feet from the proposed installation point per Route A of these poles.The safe value of magnetic field around humans is 0.7mg (ref.
Link3) per numbers listed above, it's evident that
residents in close proximity will be exposed to very high unsafe levels of EMF. This will have a significant impact to all the residents within 50-75 feet. As mentioned ,more reference to various NIH research articles on Pubmed can also be provided if needed to reinforce the concerns.
While I am speaking up as a resident of Mission Gardens, there are many other houses and
apartment complexes along and near Lafayette St. whose residents will also be impacted by the unsafe levels of EMF.
Even a small risk is substantial for public health safety and can and should not be ignored by authorities; we need to err on the side of caution.
2. Increased Risk for Catastrophic Accidents and Fire Hazards: The proposed route intersects with an already congested utility zone along Lafayette Street, heightening the risk of accidents and
fire hazards, especially given the proximity to existing railway lines, residential buildings, and heavy vehicular traffic.
3. Impact on Home Insurance Costs:
The addition of high-power transmission lines in front of residences introduces additional risk factors that could prompt insurance companies to raise premiums further, exacerbating the already soaring home insurance costs in the Bay Area.
4. Property Value Concerns:
The aesthetic and health-related concerns associated with the proposed power lines could adversely affect property values in our community, posing a significant concern for homeowners who have invested substantially in their properties.
5. Aesthetic Impact: The installation of large electric poles and wires would detrac t from the visual
appeal of our neighborhood, undermining the pride we take in our well-maintained homes and attractive streetscapes.
6. Complexity and Inconvenience: The construction and maintenance of these power lines could disrupt our daily lives, leading to noise pollution, road closu res, and restricted access to homes.
Moreover, frequent power outages and service interruptions may result from ongoing maintenance activities.
7. Exploring Alternatives: W
e urge the city to explore alternative solutions such as upgrading existing lines or implementing underground power lines, despite potentially higher upfront costs.
These alternatives offer long-term benefits in terms of safety, reliability, and minimal aesthetic impact. Additionally
, investigating advanced technologies and alternative routing options could help mitigate the adverse effects on our community.
I respectfully request a meeting with relevant city officials and representatives from the utility company to discuss these concerns in detail and explore viable solutions. Finding a balance between necessary infrastructure upgrades and safeguarding the health, safety, and aesthetic integrity of our community is imperative.
As a concerned resident of Santa Clara, and a member of a community directly affected by this proposal, I strongly oppose the installation of power lines in options A and B. I implore Silicon Valley
Power to consider alternative options that prioritize public health and safety and minimize adverse impacts on Santa Clara residents.
Thank you for your attention to this pressing matter. I eagerly await your response and the opportunity to collaborate on finding a satisfactory resolution.
Srividya Hari
4459 Moulin Pl. Santa Clara, CA 95054
510.358.1995
Mission Gardens Community
Concerns of upcoming 115 / 230 KV Transmission line off Lafayette Street, Santa Clara Vijay Divakaruni <[email protected]>
Wed 5/29/2024 11:12 PM
To: NRS-KRS Project <[email protected]>; [email protected] <[email protected]>; [email protected] <[email protected]>; [email protected] <[email protected]>; [email protected] <[email protected]>; [email protected] <[email protected]>
Dear Sir / Ma'am,
As a concerned resident of Santa Clara living on Lafayette Street, I am writing to express our apprehensions regarding the proposed installation route for high-power electric transmission lines and poles by Silicon Valley Power (SVP). This initiative is part of the project aimed at connecting the Northern Receiving Station (NRS) and Kifer Receiving Station (KRS).
After careful consideration of reviewing
the materials provided by your office and attending the recent public scoping meeting, while acknowledging the necessity of upgrading the city’s power infrastructure, I would like to express my opposition to both options A & B. Options A & B seems like the best option from engineering and financial perspective with no regard to the impact of those transmission lines on citizens who have to live undernath
them for ever!
I tried to list a couple of concerns with a brief reasoning:
Health Concerns: Serious health risks associated with prolonged exposure to unsafe levels of electromagnetic fields (EMFs) emitted by these high-power electric lines are paramount.
Numerous studies have indicated a possible correlation between EMF exposure and various health issues, including heightened risks of certain cancers and neurological disorders, especially in children and the elderly.
Increased Risk for Catastrophic Accidents and Fire Hazards: The proposed route intersects with an already congested utility zone along Lafayette Street, heightening the risk of accidents and fire hazards, especially given the proximity to existing railway lines, residential buildings, and heavy vehicular traffic.
Complexity and Inconvenience: This new addition to the street causes significant disruptions to residents who live by and must use Lafayette street for our living. The construction and maintenance of these power lines could disrupt our daily lives, leading to noise pollution, road closures, and restricted access to homes.
Impact on Home Insurance Costs: The addition of high-power transmission lines in front of residences introduces additional risk factors that could prompt insurance companies to raise premiums further, exacerbating the already soaring home insurance costs in the Bay Area.
Property Value Concerns: The aesthetic and health-related concerns associated with the proposed power lines could adversely affect property values in our community, posing a significant concern for homeowners who have invested their life savings in their homes.
And not to say how these huge & ugly poles impact the aesthetic value of our neighborhood giving an industrial look than a well-kept residential community.
Exploring Alternatives: We urge the city to explore alternative solutions such as upgrading existing lines or implementing underground power lines, despite potentially higher upfront costs.
These alternatives offer long-term benefits in terms of safety, reliability, and minimal aesthetic impact. Additionally, investigating advanced technologies and alternative routing options could help mitigate the adverse effects on our community.
I respectfully request a meeting with relevant city officials and representatives from the utility company to discuss these concerns in detail and explore viable solutions. Finding a balance between necessary infrastructure upgrades and safeguarding the health, safety, and aesthetic integrity of our community is imperative.
•
•
•
•
•
•
As a concerned resident of Santa Clara, and a member of a community directly affected by this proposal, I strongly oppose the installation of power lines in options A and B. I implore Silicon Valley Power to consider alternative options that prioritize public health and safety and minimize adverse impacts on Santa Clara residents.
Thank you for your attention to this pressing matter. I eagerly await your response and the opportunity to collaborate on finding a satisfactory resolution.
Vijaya Divakaruni
1970 Garzoni Place, Santa Clara
Mission Gardens Townhomes
NRS-KRS 115KV TRANSMISSION LINE PROJECT
JULY 2024 ADMINISTRATIVE DRAFT MND/IS
Appendix G
EMF REPORT
Silicon Valley Power NRS-KRS 115 kV Transmission Line Project EMF Report
Prepared For:
Silicon Valley Power NRS-KRS 115 kV Transmission Line Project MND Prepared By:
Electrical Consultants Inc.
NRS-KRS 115 kV Transmission Line Project
EMF Report
TABLE OF CONTENTS
1 – Overview .................................................................................................................................................3 2 – Project Description ..................................................................................................................................3 3 – Data Gathering Summary ....................................................................................................................... 3
3.1 – Data Gathering Process...................................................................................................................3 4 – Calculation Summary ..............................................................................................................................4
4.1 – EMF Figure Development & Model Inputs .......................................................................................4
4.2 – Load Flow Data ................................................................................................................................4 5 – Results ....................................................................................................................................................4 6 – References..............................................................................................................................................4
ATTACHMENTS
Attachment A: Transmission Line Information Summary Sheets Attachment B: Distribution Line Information Summary Sheets Attachment C: EMF Segment Map
Attachment D: EMF Calculation Tables
Attachment E: EMF Figures
Pg. 2
1 – Overview
To support addressing public interest and concern in relation to exposure to electric and mag netic fields (EMF) as
part of Silicon Valley Power’s ( SVP) proposed NRS-KRS Transmission Line P roject, a study has
been completed to determine the electromagnetic field (EMF) effects of the proposed project.
Magnetic field calculations were conducted along the proposed transmission line route to estimate the ma
gnetic field strength when measured 1 meter above ground at various d istances from the proposed route centerline. These calculatio ns take into account existing conditions of currently operating power facili
ties as well as future conditions after installation of the proposed transmission line. 2 – Project Description
The pr
oject consists of constructing a new single-circuit 115kV transmission line from Nor thern Receiving Station (
NRS) to the Kifer Receiving S tation (KRS). Th e route considered for this EMF study starts at NRS and follows the median of Lafayette St. t o Agnew Rd. Aft er crossing Agnew Rd, the route cont inues on the east side of Lafayette St. colin ear with existing transmission and distribution lines. Befor e reaching the onr
amp for Montague Expy. the route crosses Lafayette St. and Bassett St. to continue south along the west
side of Ba ssett St., onc e again coli near with existing transmission and dis tribution lines. The route continues s
outh along Bassett St. to the intersection with George St. where Bassett St. turns south.
Th
e route crosses Bassett St. at this intersection to continue south on the eas t side of Bassett St. The route then continues south along Bassett St. until crossing Bayshore Fwy. and continuing into KRS. The total length of the proposed route is about 2.24 miles. 3 – Da
ta Gathering Summary
There are numerous existing pow er lines within 100 feet of the proposed project centerline. Tran smission or distribution lines that run parallel to the proposed centerline for a minimum of 100 feet were de emed long enough to affect the overall EMF of the proposed N RS-KRS transmission line. T herefore, line info
rmation was requested and used to complete EMF calculations. Transmission and distributio n lines that parallel the transmission l ine for less than 100 feet or crossed p erpendicular to the proposed route were cons
idered non-typical and were excluded from these calculations.
3.1 – Data
Gathering Process
Electr
onic maps of current electric lines and faciliti es were requested fr om SVP. After r eceipt, this elect
ronic data was compared against the proposed centerline and a ll the facilities that matched the criteria (
i.e. within 100 feet of either side of the pr oposed centerline and running parallel for at least 100 feet)
were identified and tabulated. Informationa l req uest tables were then compiled and sent to SVP in order to obt
ain the nec essary information to complete the EMF models. Infor mation requests sought existing l
ine information such as volt age, phasing, conductor type, structure configuration, load flow inform
ation for the year 2024, forecasted load flow information for the anticipated construction year 2 028, and any additional future-date forecasted load flow information if available.
The i
nformation for ex isting transmission lines as well as information for the proposed NRS-KR S transmission line was provided by SVP and is included in Attachmen t A. Th e information for ex isting distribution lines was provided by SVP and is included in Attachment B.
Pg. 3
4 – Calculation Summary
Magnetic field profiles were calculated for each typical structure configuration.
4.1 – EMF Figure Development & Model Inputs
The proposed transmission line route was divided into segments representing unique combinations of structure framing, existing power lines, future power lines, and relative distances between existing power lines and the proposed transmission line. These segments are defined in Attachment C. A cross-section figure was then created to represent the typical conditions of each segment and document the inputs used in the magnetic field strength calculation for each segment. Due to minor variations in the installed and proposed facilities within each segment, these cross-section figures and magnetic field strength calculation inputs were created so that the calculated magnetic field strength values would represent the highest expected magnetic field strength for all conditions represented in each segment.
The cross-section figures include the required structure configuration information to properly model the magnetic field strengths in the PLS-CADD modeling software. This information includes the relative conductor attachment dimensions, circuit phasing information, load flow data, and conductor type.
Generally the proposed transmission line project will maintain existing power facilities in place. As such each cross-section figure was created to be representative of the existing conditions as well as the future proposed conditions of each segment. The difference in reported magnetic field strengths between the existing condition and future conditions is created by neglecting the contributions due to the proposed transmission line.
4.2 – Load Flow Data
For existing circuits two different years of load flow data were requested: the current year 2024 and year 2028 for the anticipated construction of the proposed NRS-KRS transmission line. For each year, 100 percent of peak load and 80 percent of peak load amperages were requested for use in calculating the corresponding magnetic fields strengths. For the proposed NRS-KRS transmission line, the same data was requested for 2028. EMF calculations were performed for both the existing load data for 2024 and for the anticipated future load data for 2028 including the proposed NRS-KRS transmission line loading.
Generally the full reported loading per load case of a given circuit was applied when that given circuit was present in a segment. Additionally loads and relative phase configurations of different circuits were oriented to avoid interference between the calculated magnetic fields of each circuit which would result in a reduction of the reported magnetic field strength. Phase angles were set up to match the standard SVP phasing.
5 – Results
The PLS-CADD modeling software calculates magnetic field strength following the methodology described in EPRI AC Transmission Line Reference Book. The results of the EMF study have been organized into tables and figures for inclusion in the MND. The figures are numbered based on the corresponding segment number. The magnetic field strength tables can be found in Attachment D and the transmission line figures can be found in Attachment E. Magnetic field strength values reported as calculated 1 meter above ground. These values are provided up to 60 feet from the proposed NRS-KRS transmission line centerline.
6 – References
1. EPRI AC Transmission Line Reference Book
Pg. 4
Attachment A: Transmission Line Information Summary Sheets NRS-KRS 115 kV Transmission Line Project
Conductor Type Peak Load (Amps) Normal Load (Amps) Conductor Type Peak Load (Amps) Normal Load (Amps) - - - 715KCM 24/7 ACCR "STILT", Bundled 1207 965.6
715KCM 24/7 ACCR "STILT", Bundled 242 193.6 715KCM 24/7 ACCR "STILT", Bundled 242 193.6 715KCM 24/7 ACCR "STILT", Bundled 578 462.4 715KCM 24/7 ACCR "STILT", Bundled 578 462.4 Overhead Lines
Existing Information, 2024 Future Information, 2028
Attachment B: Distribution Line Information Summary Sheets NRS-KRS 115 kV Transmission Line Project
Overhead Lines
Peak Load (Amps) Peak Load (Amps)
Existing Information, 2024 Future Information, 2028
Conductor Type Peak Load (Amps) Normal Load (Amps) Conductor Type Peak Load (Amps) WIRE, BARE, AL, 397 MCM, 19 STR., 0.724IN WIRE, BARE, AL, 397 MCM, 19 STR., 0.724IN 50 40 50O.D., CODE - CANNA O.D., CODE - CANNA WIRE, BARE, AL, 397 MCM, 19 STR., 0.724IN WIRE, BARE, AL, 397 MCM, 19 STR., 0.724IN 241 192.8 241O.D., CODE - CANNA O.D., CODE - CANNA WIRE, BARE, AL, 397 MCM, 19 STR., 0.724IN WIRE, BARE, AL, 397 MCM, 19 STR., 0.724IN 69 55.2 69O.D., CODE - CANNA O.D., CODE - CANNA WIRE, BARE, AL, 397 MCM, 19 STR., 0.724IN WIRE, BARE, AL, 397 MCM, 19 STR., 0.724IN 111 88.8 111O.D., CODE - CANNA O.D., CODE - CANNA WIRE, BARE, AL, 397 MCM, 19 STR., 0.724IN WIRE, BARE, AL, 397 MCM, 19 STR., 0.724IN 219 175.2 219O.D., CODE - CANNA O.D., CODE - CANNA Existing Information, 2024 Future Information, 2028
Conductor Type Normal Load (Amps) Conductor Type Normal Load (Amps) WIRE, UG, 3/C, AL, EPR 1/0 TRIPLEXED, 1/0 WIRE, UG, 3/C, AL, EPR 1/0 TRIPLEXED, 1/0 FILLED STRAND 220 MIL EPR (133%) FULL 50 40 FILLED STRAND 220 MIL EPR (133%) FULL 50 40
NEUTRAL STRAND JACKETED CABLE NEUTRAL STRAND JACKETED CABLE WIRE, UG, 3/C, AL, 750 MCM TRIPLEXED 241 192.8 WIRE, UG, 3/C, AL, 750 MCM TRIPLEXED 241 192.8 WIRE, UG, 3/C, AL, 750 MCM TRIPLEXED 69 55.2
WIRE, UG, 3/C, AL, EPR 1/0 TRIPLEXED, 1/0 WIRE, UG, 3/C, AL, EPR 1/0 TRIPLEXED, 1/0 FILLED STRAND 220 MIL EPR (133%) FULL 210 168 FILLED STRAND 220 MIL EPR (133%) FULL 210 168
NEUTRAL STRAND JACKETED CABLE NEUTRAL STRAND JACKETED CABLE WIRE, 1100 KCMIL TRIPLEXED, CLASS A, WIRE, 1100 KCMIL TRIPLEXED, CLASS A,
COMPACT ROUND ALUMINUM CONDUCTOR COMPACT ROUND ALUMINUM CONDUCTOR (61 STRAND), ETHYLENE PROPYLENE 121 96.8 (61 STRAND), ETHYLENE PROPYLENE RUBBER 121 96.8
RUBBER (EPR) INSULATED, JACKETED (EPR) INSULATED, JACKETED CONCENTRIC
CONCENTRIC NEUTRAL CABLE NEUTRAL CABLE
WIRE, 1100 KCMIL TRIPLEXED, CLASS A, WIRE, 1100 KCMIL TRIPLEXED, CLASS A,
COMPACT ROUND ALUMINUM CONDUCTOR COMPACT ROUND ALUMINUM CONDUCTOR (61 STRAND), ETHYLENE PROPYLENE 0 0 (61 STRAND), ETHYLENE PROPYLENE RUBBER 0 0
RUBBER (EPR) INSULATED, JACKETED (EPR) INSULATED, JACKETED CONCENTRIC
CONCENTRIC NEUTRAL CABLE NEUTRAL CABLE
WIRE, UG, 3/C, AL, 750 MCM TRIPLEXED 111
WIRE, UG, 3/C, AL, 750 MCM TRIPLEXED 69 55.2
WIRE, UG, 3/C, AL, 750 MCM TRIPLEXED 111 88.8 88.8
WIRE, 1100 KCMIL TRIPLEXED, CLASS A, WIRE, 1100 KCMIL TRIPLEXED, CLASS A,
COMPACT ROUND ALUMINUM CONDUCTOR COMPACT ROUND ALUMINUM CONDUCTOR (61 STRAND), ETHYLENE PROPYLENE 77 61.6 (61 STRAND), ETHYLENE PROPYLENE RUBBER 77 61.6
RUBBER (EPR) INSULATED, JACKETED (EPR) INSULATED, JACKETED CONCENTRIC
CONCENTRIC NEUTRAL CABLE NEUTRAL CABLE
WIRE, UG, 3/C, AL, 1000 MCM TRIPLEXED 165 132 WIRE, UG, 3/C, AL, 1000 MCM TRIPLEXED 165 132 WIRE, UG, 3/C, AL, 1000 MCM TRIPLEXED 219 175.2
WIRE, UG, 3/C, AL, 1000 MCM TRIPLEXED 56 44.8
WIRE, 1100 KCMIL TRIPLEXED, CLASS A, WIRE, 1100 KCMIL TRIPLEXED, CLASS A,
COMPACT ROUND ALUMINUM CONDUCTOR COMPACT ROUND ALUMINUM CONDUCTOR (61 STRAND), ETHYLENE PROPYLENE 259 207.2 (61 STRAND), ETHYLENE PROPYLENE RUBBER 259 207.2
RUBBER (EPR) INSULATED JACKETED (EPR) INSULATED JACKETED CONCENTRIC WIRE, UG, 3/C, AL, 1000 MCM TRIPLEXED 219 175.2
WIRE, UG, 3/C, AL, 1000 MCM TRIPLEXED 56 44.8
Underground Lines
Normal Load (Amps)
40 192.8
55.2 88.8
175.2
Attachment C: EMF Segment Map
NRS-KRS 115 kV Transmission Line Project
"Engineering with Oistincfion,.
=-• !! -i E l E C T R I C A l
C O N S U l T A N T S, I N C.
I I I I I I t S, IO It A I A
SILICON
VALLEY
POWER.
QTY OF SANTA CLARA
~
NORTH
NRS-KRS 115 kV TRANSMISSION LINE
EMF SEGMENTS
lowc NAME: EMF SEGMENT MAP
Attachment D: EMF Calculation Tables
NRS-KRS 115 kV Transmission Line Project
EMF Calculation Tables
Table 1: Estimated Magnetic Field Data
Segment Number: 1
Configuration Description: Single circuit 115 kV transmission line.
Existing 2024 Future 2028
Normal Load (A) Peak Load (A) Normal Load (A) Peak Load (A) Current (A) See Figure-1 See Figure-1 See Figure-1 See Figure-1 Distance from Magnetic Field Magnetic Field Magnetic Field Magnetic Field Centerline (mG) (mG) (mG) (mG)(ft) -60
-50
-40
-30
-20
-10
0 10
20 30
40 50
60 0.0
0.0 0.0
0.0 0.0
0.0 0.0
0.0 0.0
0.0 0.0
0.0 0.0
0.0 0.0
0.0 0.0
0.0 0.0
0.0 0.0
0.0 0.0
0.0 0.0
0.0 16.0 20.0
19.4 24.3
23.3 29.2
27.4 34.2
31.1 38.8
33.7 42.2
34.7 43.4
33.7 42.2
31.1 38.8
27.4 34.2
23.3 29.2
19.4 24.3
16.0 20.0
Notes:
1. See Figure-1 for conductor elevation and relative positioning to the proposed NRS-KRS transmission line.
2. "Peak Load" is defined as 100% of the estimated peak load as reported by SVP under typical system operations. "Normal Load" is defined as 80% of the estimated peak load.
3. The Magnetic Field Values are the estimated resultant RMS magnetic field at the specified distance from the centerline of the proposed NRS-KRS transmission line at a height of one meter above the ground. Magnetic Field Values are calculated using PLS-CADD's EMF calculator.
4. Negative values of the Distance from Centerline represent the distance to the left of the centerline when looking down the line towards the Kifer Receiving Station.
5. Magnetic Field Values are based on available information including load data, utility record data, site conditions, survey data, and proposed future configurations of new and existing power facilities. In some cases model configurations were created to be representative of multiple similar proposed installed configurations.
In these cases, input values were selected so that the reported Magnetic Field Values would represent the highest expected field strength for the represented proposed installed configurations.
NRS-KRS 115 kV Transmission Line Project
EMF Calculation Tables
Table 2: Estimated Magnetic Field Data
Segment Number: 2
Configuration Description: Single circuit 115 kV transmission line with adjacent 12 kV overhead distribution line.
Existing 2024 Future 2028
Normal Load (A) Peak Load (A) Normal Load (A) Peak Load (A) Current (A) See Figure-2 See Figure-2 See Figure-2 See Figure-2 Distance from Magnetic Field Magnetic Field Magnetic Field Magnetic Field Centerline (mG) (mG) (mG) (mG) (ft) -60
-50
-40
-30
-20
-10
0 10
20 30
40 50
60 6.4
9.2 11.8
11.8 9.2
6.4 4.4
3.1 2.3
1.7 1.3
1.0 0.8
8.0 11.5
14.8 14.8
11.5 8.0
5.5 3.9
2.9 2.2
1.7 1.3
1.0 14.3 17.9
19.4 24.2
26.5 33.1
31.3 39.1
31.7 39.7
31.3 39.2
31.1 38.9
30.4 38.0
28.6 35.7
25.8 32.2
22.5 28.1
19.2 24.0
16.1 20.1
Notes:
1. See Figure-2 for conductor elevation and relative positioning to the proposed NRS-KRS transmission line.
2. "Peak Load" is defined as 100% of the estimated peak load as reported by SVP under typical system operations. "Normal Load" is defined as 80% of the estimated peak load.
3. The Magnetic Field Values are the estimated resultant RMS magnetic field at the specified distance from the centerline of the proposed NRS-KRS transmission line at a height of one meter above the ground. Magnetic Field Values are calculated using PLS-CADD's EMF calculator.
4. Negative values of the Distance from Centerline represent the distance to the left of the centerline when looking down the line towards the Kifer Receiving Station.
5. Magnetic Field Values are based on available information including load data, utility record data, site conditions, survey data, and proposed future configurations of new and existing power facilities. In some cases model configurations were created to be representative of multiple similar proposed installed configurations. In these cases, input values were selected so that the reported Magnetic Field Values would represent the highest expe cted field strength for the represented proposed installed configurations.
NRS-KRS 115 kV Transmission Line Project
EMF Calculation Tables
Table 3: Estimated Magnetic Field Data
Segment Number: 3
Configuration Description: Single circuit 115 kV transmission line with adjacent 12 kV underground distribution line.
Existing 2024 Future 2028
Normal Load (A) Peak Load (A) Normal Load (A) Peak Load (A) Current (A) See Figure-3 See Figure-3 See Figure-3 See Figure-3 Distance from Magnetic Field Magnetic Field Magnetic Field Magnetic Field Centerline (mG) (mG) (mG) (mG) (ft) -60
-50
-40
-30
-20
-10
0 10
20 30
40 50
60 0.9
2.6 10.5
4.6 1.3
0.6 0.3
0.2 0.1
0.1 0.1
0.0 0.0
1.1 3.3
13.2 5.8
1.7 0.7
0.4 0.2
0.1 0.1
0.1 0.1
0.0 14.2 17.7
17.9 22.3
22.6 28.3
20.3 25.4
24.8 31.1
27.2 34.0
28.5 35.6
28.5 35.6
27.1 33.9
24.6 30.8
21.6 27.0
18.5 23.1
15.5 19.4
Notes:
1. See Figure-3 for conductor elevation and relative positioning to the proposed NRS-KRS transmission line.
2. "Peak Load" is defined as 100% of the estimated peak load as reported by SVP under typical system operations. "Normal Load" is defined as 80% of the estimated peak load.
3. The Magnetic Field Values are the estimated resultant RMS magnetic field at the specified distance from the centerline of the proposed NRS-KRS transmission line at a height of one meter above the ground. Magnetic Field Values are calculated using PLS-CADD's EMF calculator.
4. Negative values of the Distance from Centerline represent the distance to the left of the centerline when looking down the line towards the Kifer Receiving Station.
5. Magnetic Field Values are based on available information including load data, utility record data, site conditions, survey data, and proposed future configurations of new and existing power facilities. In some cases model configurations were created to be representative of multiple similar proposed installed configurations. In these cases, input values were selected so that the reported Magnetic Field Values would represent the highest expe cted field strength for the represented proposed installed configurations.
NRS-KRS 115 kV Transmission Line Project
EMF Calculation Tables
Table 4: Estimated Magnetic Field Data
Segment Number: 4
Configuration Description: Single circuit 115 kV transmission line with four adjacent 12 kV underground distribution lines.
Existing 2024 Future 2028
Normal Load (A) Peak Load (A) Normal Load (A) Peak Load (A) Current (A) See Figure-4 See Figure-4 See Figure-4 See Figure-4 Distance from Magnetic Field Magnetic Field Magnetic Field Magnetic Field Centerline (mG) (mG) (mG) (mG) (ft) -60
-50
-40
-30
-20
-10
0 10
20 30
40 50
60 0.4
0.7 1.2
2.6 7.4
18.4 14.0
6.4 2.3
1.1 0.7
0.4 0.3
0.5 0.9
1.5 3.2
9.3 22.9
17.5 8.0
2.9 1.4
0.8 0.5
0.4 13.5 16.8
16.6 20.7
20.5 25.6
25.6 32.0
33.6 42.0
18.3 22.9
18.5 23.1
36.5 45.7
33.7 42.1
29.9 37.4
25.9 32.4
21.9 27.4
18.2 22.8
Notes:
1. See Figure-4 for conductor elevation and relative positioning to the proposed NRS-KRS transmission line.
2. "Peak Load" is defined as 100% of the estimated peak load as reported by SVP under typical system operations. "Normal Load" is defined as 80% of the estimated peak load.
3. The Magnetic Field Values are the estimated resultant RMS magnetic field at the specified distance from the centerline of the proposed NRS-KRS transmission line at a height of one meter above the ground. Magnetic Field Values are calculated using PLS-CADD's EMF calculator.
4. Negative values of the Distance from Centerline represent the distance to the left of the centerline when looking down the line towards the Kifer Receiving Station.
5. Magnetic Field Values are based on available information including load data, utility record data, site conditions, survey data, and proposed future configurations of new and existing power facilities. In some cases model configurations were created to be representative of multiple similar proposed installed configurations. In these cases, input values were selected so that the reported Magnetic Field Values would represent the highest expe cted field strength for the represented proposed installed configurations.
NRS-KRS 115 kV Transmission Line Project
EMF Calculation Tables
Table 5: Estimated Magnetic Field Data
Segment Number: 5
Configuration Description: Single circuit 115 kV transmission line with underbuilt 60 kV transmission line and one adjacent 12 kV underground distribution line.
Existing 2024 Future 2028
Normal Load (A) Peak Load (A) Normal Load (A) Peak Load (A) Current (A) See Figure-5 See Figure-5 See Figure-5 See Figure-5 Distance from Magnetic Field Magnetic Field Magnetic Field Magnetic Field Centerline (mG) (mG) (mG) (mG) (ft) -60
-50
-40
-30
-20
-10
0 10
20 30
40 50
60 1.8
2.4 3.3
4.6 6.4
8.8 6.9
9.2 8.0
6.3 4.7
3.5 2.6
2.3 3.0
4.1 5.7
8.0 11.0
8.6 11.5
9.9 7.8
5.9 4.4
3.2 11.9 14.8
14.2 17.8
17.0 21.2
20.2 25.2
24.0 29.9
27.6 34.5
27.5 34.4
30.1 37.6
27.9 34.9
24.7 30.9
21.3 26.6
18.2 22.7
15.4 19.2
Notes:
1. See Figure-5 for conductor elevation and relative positioning to the proposed NRS-KRS transmission line.
2. "Peak Load" is defined as 100% of the estimated peak load as reported by SVP under typical system operations. "Normal Load" is defined as 80% of the estimated peak load.
3. The Magnetic Field Values are the estimated resultant RMS magnetic field at the specified distance from the centerline of the proposed NRS-KRS transmission line at a height of one meter above the ground. Magnetic Field Values are calculated using PLS-CADD's EMF calculator.
4. Negative values of the Distance from Centerline represent the distance to the left of the centerline when looking down the line towards the Kifer Receiving Station.
5. Magnetic Field Values are based on available information including load data, utility record data, site conditions, survey data, and proposed future configurations of new and existing power facilities. In some cases model configurations were created to be representative of multiple similar proposed installed configurations. In these cases, input values were selected so that the reported Magnetic Field Values would represent the highest expe cted field strength for the represented proposed installed configurations.
NRS-KRS 115 kV Transmission Line Project
EMF Calculation Tables
Table 6: Estimated Magnetic Field Data
Segment Number: 6
Configuration Description: Single circuit 115 kV transmission line with underbuilt 60 kV transmission line and one adjacent 12 kV underground distribution line.
Existing 2024 Future 2028
Normal Load (A) Peak Load (A) Normal Load (A) Peak Load (A) Current (A) See Figure-6 See Figure-6 See Figure-6 See Figure-6 Distance from Magnetic Field Magnetic Field Magnetic Field Magnetic Field Centerline (mG) (mG) (mG) (mG) (ft) -60
-50
-40
-30
-20
-10
0 10
20 30
40 50
60 1.8
2.4 3.3
4.6 6.6
9.6 6.4
9.5 8.1
6.3 4.7
3.5 2.6
2.3 3.1
4.2 5.8
8.3 11.9
8.0 11.9
10.1 7.9
5.9 4.4
3.2 11.9 14.9
14.2 17.8
17.0 21.3
20.3 25.4
24.2 30.3
28.0 35.0
26.8 33.5
30.3 37.8
28.0 35.0
24.7 30.9
21.3 26.7
18.2 22.7
15.4 19.2
Notes:
1. See Figure-6 for conductor elevation and relative positioning to the proposed NRS-KRS transmission line.
2. "Peak Load" is defined as 100% of the estimated peak load as reported by SVP under typical system operations. "Normal Load" is defined as 80% of the estimated peak load.
3. The Magnetic Field Values are the estimated resultant RMS magnetic field at the specified distance from the centerline of the proposed NRS-KRS transmission line at a height of one meter above the ground. Magnetic Field Values are calculated using PLS-CADD's EMF calculator.
4. Negative values of the Distance from Centerline represent the distance to the left of the centerline when looking down the line towards the Kifer Receiving Station.
5. Magnetic Field Values are based on available information including load data, utility record data, site conditions, survey data, and proposed future configurations of new and existing power facilities. In some cases model configurations were created to be representative of multiple similar proposed installed configurations. In these cases, input values were selected so that the reported Magnetic Field Values would represent the highest expe cted field strength for the represented proposed installed configurations.
NRS-KRS 115 kV Transmission Line Project
EMF Calculation Tables
Table 7: Estimated Magnetic Field Data
Segment Number: 7
Configuration Description: Single circuit 115 kV transmission line with underbuilt 60 kV transmission line and one adjacent 12 kV underground distribution line.
Existing 2024 Future 2028
Normal Load (A) Peak Load (A) Normal Load (A) Peak Load (A) Current (A) See Figure-7 See Figure-7 See Figure-7 See Figure-7 Distance from Magnetic Field Magnetic Field Magnetic Field Magnetic Field Centerline (mG) (mG) (mG) (mG) (ft) -60
-50
-40
-30
-20
-10
0 10
20 30
40 50
60 8.4
10.7 13.7
17.6 22.7
20.0 27.7
28.0 25.7
22.0 17.9
14.3 11.2
10.5 13.4
17.2 22.0
28.3 25.0
34.6 35.0
32.1 27.5
22.4 17.8
14.0 32.8 41.0
41.6 52.0
52.3 65.4
64.1 80.1
75.4 94.3
75.1 93.9
82.3 102.9
76.6 95.7
66.7 83.3
55.3 69.1
44.5 55.6
35.2 44.0
27.7 34.6
Notes:
1. See Figure-7 for conductor elevation and relative positioning to the proposed NRS-KRS transmission line.
2. "Peak Load" is defined as 100% of the estimated peak load as reported by SVP under typical system operations. "Normal Load" is defined as 80% of the estimated peak load.
3. The Magnetic Field Values are the estimated resultant RMS magnetic field at the specified distance from the centerline of the proposed NRS-KRS transmission line at a height of one meter above the ground. Magnetic Field Values are calculated using PLS-CADD's EMF calculator.
4. Negative values of the Distance from Centerline represent the distance to the left of the centerline when looking down the line towards the Kifer Receiving Station.
5. Magnetic Field Values are based on available information including load data, utility record data, site conditions, survey data, and proposed future configurations of new and existing power facilities. In some cases model configurations were created to be representative of multiple similar proposed installed configurations. In these cases, input values were selected so that the reported Magnetic Field Values would represent the highest expe cted field strength for the represented proposed installed configurations.
NRS-KRS 115 kV Transmission Line Project
EMF Calculation Tables
Table 8: Estimated Magnetic Field Data
Segment Number: 8
Configuration Description: Single circuit 115 kV transmission line with underbuilt 60 kV transmission line and underbuilt 12 kV overhead distribution line.
Existing 2024 Future 2028
Normal Load (A) Peak Load (A) Normal Load (A) Peak Load (A) Current (A) See Figure-8 See Figure-8 See Figure-8 See Figure-8 Distance from Magnetic Field Magnetic Field Magnetic Field Magnetic Field Centerline (mG) (mG) (mG) (mG) (ft) -60
-50
-40
-30
-20
-10
0 10
20 30
40 50
60 7.8
10.0 12.7
15.6 18.3
19.6 18.6
15.7 12.6
9.9 7.7
6.0 4.7
9.8 12.5
15.9 19.6
22.9 24.5
23.2 19.7
15.7 12.4
9.7 7.5
5.9 22.5 28.1
27.1 33.9
32.3 40.4
37.6 47.0
42.0 52.6
44.1 55.1
42.5 53.1
38.0 47.4
32.6 40.8
27.6 34.4
23.0 28.7
19.0 23.7
15.6 19.5
Notes:
1. See Figure-8 for conductor elevation and relative positioning to the proposed NRS-KRS transmission line.
2. "Peak Load" is defined as 100% of the estimated peak load as reported by SVP under typical system operations. "Normal Load" is defined as 80% of the estimated peak load.
3. The Magnetic Field Values are the estimated resultant RMS magnetic field at the specified distance from the centerline of the proposed NRS-KRS transmission line at a height of one meter above the ground. Magnetic Field Values are calculated using PLS-CADD's EMF calculator.
4. Negative values of the Distance from Centerline represent the distance to the left of the centerline when looking down the line towards the Kifer Receiving Station.
5. Magnetic Field Values are based on available information including load data, utility record data, site conditions, survey data, and proposed future configurations of new and existing power facilities. In some cases model configurations were created to be representative of multiple similar proposed installed configurations. In these cases, input values were selected so that the reported Magnetic Field Values would represent the highest expe cted field strength for the represented proposed installed configurations.
NRS-KRS 115 kV Transmission Line Project
EMF Calculation Tables
Table 9: Estimated Magnetic Field Data
Segment Number: 9
Configuration Description: Single circuit 115 kV transmission line with underbuilt 60 kV transmission line and underbuilt 12 kV overhead distribution line.
Existing 2024 Future 2028
Normal Load (A) Peak Load (A) Normal Load (A) Peak Load (A) Current (A) See Figure-9 See Figure-9 See Figure-9 See Figure-9 Distance from Magnetic Field Magnetic Field Magnetic Field Magnetic Field Centerline (mG) (mG) (mG) (mG) (ft) -60
-50
-40
-30
-20
-10
0 10
20 30
40 50
60 8.3
11.0 14.3
18.3 22.2
24.4 23.2
19.3 15.2
11.7 9.0
6.9 5.3
10.4 13.7
17.9 22.8
27.7 30.5
29.0 24.1
18.9 14.7
11.2 8.6
6.6 21.4 26.8
26.1 32.6
31.6 39.5
37.6 47.1
43.3 54.2
46.5 58.1
44.7 55.9
39.1 48.9
33.0 41.2
27.5 34.3
22.7 28.3
18.6 23.3
15.3 19.1
Notes:
1. See Figure-9 for conductor elevation and relative positioning to the proposed NRS-KRS transmission line.
2. "Peak Load" is defined as 100% of the estimated peak load as reported by SVP under typical system operations. "Normal Load" is defined as 80% of the estimated peak load.
3. The Magnetic Field Values are the estimated resultant RMS magnetic field at the specified distance from the centerline of the proposed NRS-KRS transmission line at a height of one meter above the ground. Magnetic Field Values are calculated using PLS-CADD's EMF calculator.
4. Negative values of the Distance from Centerline represent the distance to the left of the centerline when looking down the line towards the Kifer Receiving Station.
5. Magnetic Field Values are based on available information including load data, utility record data, site conditions, survey data, and proposed future configurations of new and existing power facilities. In some cases model configurations were created to be representative of multiple similar proposed installed configurations. In these cases, input values were selected so that the reported Magnetic Field Values would represent the highest expe cted field strength for the represented proposed installed configurations.
NRS-KRS 115 kV Transmission Line Project
EMF Calculation Tables
Table 10: Estimated Magnetic Field Data
Segment Number: 10
Configuration Description: Single circuit 115 kV transmission line with underbuilt 12 kV overhead distribution line.
Existing 2024 Future 2028
Normal Load (A) Peak Load (A) Normal Load (A) Peak Load (A) Current (A) See Figure-10 See Figure-10 See Figure-10 See Figure-10 Distance from Magnetic Field Magnetic Field Magnetic Field Magnetic Field Centerline (mG) (mG) (mG) (mG) (ft) -60
-50
-40
-30
-20
-10
0 10
20 30
40 50
60 0.6
0.7 1.0
1.3 1.8
2.2 2.5
2.2 1.8
1.3 1.0
0.7 0.6
0.7 0.9
1.2 1.7
2.2 2.8
3.1 2.8
2.2 1.7
1.2 0.9
0.7 22.8 28.5
28.5 35.7
35.1 43.9
41.9 52.4
47.6 59.4
50.5 63.1
49.9 62.4
45.9 57.4
39.6 49.5
32.6 40.7
26.2 32.7
20.7 25.9
16.4 20.5
Notes:
1. See Figure-10 for conductor elevation and relative positioning to the proposed NRS-KRS transmission line.
2. "Peak Load" is defined as 100% of the estimated peak load as reported by SVP under typical system operations. "Normal Load" is defined as 80% of the estimated peak load.
3. The Magnetic Field Values are the estimated resultant RMS magnetic field at the specified distance from the centerline of the proposed NRS-KRS transmission line at a height of one meter above the ground. Magnetic Field Values are calculated using PLS-CADD's EMF calculator.
4. Negative values of the Distance from Centerline represent the distance to the left of the centerline when looking down the line towards the Kifer Receiving Station.
5. Magnetic Field Values are based on available information including load data, utility record data, site conditions, survey data, and proposed future configurations of new and existing power facilities. In some cases model configurations were created to be representative of multiple similar proposed installed configurations. In these cases, input values were selected so that the reported Magnetic Field Values would represent the highest expe cted field strength for the represented proposed installed configurations.
NRS-KRS 115 kV Transmission Line Project
EMF Calculation Tables
Table 11: Estimated Magnetic Field Data
Segment Number: 11
Configuration Description: Single circuit 115 kV transmission line with adjacent 12 kV underground distribution line.
Existing 2024 Future 2028
Normal Load (A) Peak Load (A) Normal Load (A) Peak Load (A) Current (A) See Figure-11 See Figure-11 See Figure-11 See Figure-11 Distance from Magnetic Field Magnetic Field Magnetic Field Magnetic Field Centerline (mG) (mG) (mG) (mG) (ft) -60
-50
-40
-30
-20
-10
0 10
20 30
40 50
60 0.1
0.1 0.2
0.3 1.1
3.6 1.1
0.3 0.2
0.1 0.1
0.0 0.0
0.1 0.1
0.2 0.4
1.4 4.5
1.4 0.4
0.2 0.1
0.1 0.0
0.0 23.2 29.0
29.1 36.4
35.9 44.8
42.7 53.4
48.1 60.2
55.3 69.1
49.8 62.3
45.3 56.6
38.7 48.4
31.8 39.7
25.5 31.8
20.2 25.3
16.0 20.0
Notes:
1. See Figure-11 for conductor elevation and relative positioning to the proposed NRS-KRS transmission line.
2. "Peak Load" is defined as 100% of the estimated peak load as reported by SVP under typical system operations. "Normal Load" is defined as 80% of the estimated peak load.
3. The Magnetic Field Values are the estimated resultant RMS magnetic field at the specified distance from the centerline of the proposed NRS-KRS transmission line at a height of one meter above the ground. Magnetic Field Values are calculated using PLS-CADD's EMF calculator.
4. Negative values of the Distance from Centerline represent the distance to the left of the centerline when looking down the line towards the Kifer Receiving Station.
5. Magnetic Field Values are based on available information including load data, utility record data, site conditions, survey data, and proposed future configurations of new and existing power facilities. In some cases model configurations were created to be representative of multiple similar proposed installed configurations. In these cases, input values were selected so that the reported Magnetic Field Values would represent the highest expe cted field strength for the represented proposed installed configurations.
NRS-KRS 115 kV Transmission Line Project
EMF Calculation Tables
Table 12: Estimated Magnetic Field Data
Segment Number: 12
Configuration Description: Single circuit 115 kV transmission line with two adjacent 12 kV underground distribution lines.
Existing 2024 Future 2028
Normal Load (A) Peak Load (A) Normal Load (A) Peak Load (A) Current (A) See Figure-12 See Figure-12 See Figure-12 See Figure-12 Distance from Magnetic Field Magnetic Field Magnetic Field Magnetic Field Centerline (mG) (mG) (mG) (mG) (ft) -60
-50
-40
-30
-20
-10
0 10
20 30
40 50
60 0.2
0.3 0.5
0.9 2.5
7.1 8.4
2.2 0.9
0.4 0.3
0.2 0.1
0.2 0.3
0.6 1.2
3.2 8.9
10.6 2.8
1.1 0.5
0.3 0.2
0.1 15.7 19.6
18.5 23.1
21.4 26.7
24.3 30.4
27.1 33.9
22.8 28.5
25.2 31.5
26.1 32.7
22.8 28.5
19.7 24.7
16.8 21.0
14.2 17.7
11.8 14.8
Notes:
1. See Figure-12 for conductor elevation and relative positioning to the proposed NRS-KRS transmission line.
2. "Peak Load" is defined as 100% of the estimated peak load as reported by SVP under typical system operations. "Normal Load" is defined as 80% of the estimated peak load.
3. The Magnetic Field Values are the estimated resultant RMS magnetic field at the specified distance from the centerline of the proposed NRS-KRS transmission line at a height of one meter above the ground. Magnetic Field Values are calculated using PLS-CADD's EMF calculator.
4. Negative values of the Distance from Centerline represent the distance to the left of the centerline when looking down the line towards the Kifer Receiving Station.
5. Magnetic Field Values are based on available information including load data, utility record data, site conditions, survey data, and proposed future configurations of new and existing power facilities. In some cases model configurations were created to be representative of multiple similar proposed installed configurations. In these cases, input values were selected so that the reported Magnetic Field Values would represent the highest expe cted field strength for the represented proposed installed configurations.
NRS-KRS 115 kV Transmission Line Project
EMF Calculation Tables
Table 13: Estimated Magnetic Field Data
Segment Number: 13
Configuration Description: Single circuit 115 kV transmission line with adjacent 12 kV underground distribution line.
Existing 2024 Future 2028
Normal Load (A) Peak Load (A) Normal Load (A) Peak Load (A) Current (A) See Figure-13 See Figure-13 See Figure-13 See Figure-13 Distance from Magnetic Field Magnetic Field Magnetic Field Magnetic Field Centerline (mG) (mG) (mG) (mG) (ft) -60
-50
-40
-30
-20
-10
0 10
20 30
40 50
60 0.0
0.1 0.1
0.2 0.5
2.0 2.6
0.6 0.2
0.1 0.1
0.0 0.0
0.1 0.1
0.1 0.3
0.6 2.5
3.3 0.8
0.3 0.2
0.1 0.1
0.0 15.6 19.5
18.3 22.9
21.0 26.3
23.6 29.4
25.6 32.0
25.9 32.4
24.9 31.1
24.7 30.9
22.2 27.7
19.4 24.3
16.7 20.9
14.1 17.6
11.8 14.7
Notes:
1. See Figure-13 for conductor elevation and relative positioning to the proposed NRS-KRS transmission line.
2. "Peak Load" is defined as 100% of the estimated peak load as reported by SVP under typical system operations. "Normal Load" is defined as 80% of the estimated peak load.
3. The Magnetic Field Values are the estimated resultant RMS magnetic field at the specified distance from the centerline of the proposed NRS-KRS transmission line at a height of one meter above the ground. Magnetic Field Values are calculated using PLS-CADD's EMF calculator.
4. Negative values of the Distance from Centerline represent the distance to the left of the centerline when looking down the line towards the Kifer Receiving Station.
5. Magnetic Field Values are based on available information including load data, utility record data, site conditions, survey data, and proposed future configurations of new and existing power facilities. In some cases model configurations were created to be representative of multiple similar proposed installed configurations. In these cases, input values were selected so that the reported Magnetic Field Values would represent the highest expe cted field strength for the represented proposed installed configurations.
NRS-KRS 115 kV Transmission Line Project
EMF Calculation Tables
Table 14: Estimated Magnetic Field Data
Segment Number: 14
Configuration Description: Single circuit 115 kV transmission line with two adjacent 12 kV underground distribution lines.
Existing 2024 Future 2028
Normal Load (A) Peak Load (A) Normal Load (A) Peak Load (A) Current (A) See Figure-14 See Figure-14 See Figure-14 See Figure-14 Distance from Magnetic Field Magnetic Field Magnetic Field Magnetic Field Centerline (mG) (mG) (mG) (mG) (ft) -60
-50
-40
-30
-20
-10
0 10
20 30
40 50
60 0.2
0.3 0.4
0.8 2.1
8.2 9.8
2.4 0.9
0.5 0.3
0.2 0.1
0.2 0.3
0.5 1.0
2.6 10.2
12.3 3.0
1.2 0.6
0.3 0.2
0.1 15.1 18.9
17.7 22.2
20.4 25.5
23.0 28.8
25.6 32.0
24.9 31.1
23.9 29.9
25.1 31.3
21.8 27.3
18.9 23.7
16.2 20.3
13.7 17.1
11.5 14.4
Notes:
1. See Figure-14 for conductor elevation and relative positioning to the proposed NRS-KRS transmission line.
2. "Peak Load" is defined as 100% of the estimated peak load as reported by SVP under typical system operations. "Normal Load" is defined as 80% of the estimated peak load.
3. The Magnetic Field Values are the estimated resultant RMS magnetic field at the specified distance from the centerline of the proposed NRS-KRS transmission line at a height of one meter above the ground. Magnetic Field Values are calculated using PLS-CADD's EMF calculator.
4. Negative values of the Distance from Centerline represent the distance to the left of the centerline when looking down the line towards the Kifer Receiving Station.
5. Magnetic Field Values are based on available information including load data, utility record data, site conditions, survey data, and proposed future configurations of new and existing power facilities. In some cases model configurations were created to be representative of multiple similar proposed installed configurations. In these cases, input values were selected so that the reported Magnetic Field Values would represent the highest expe cted field strength for the represented proposed installed configurations.
NRS-KRS 115 kV Transmission Line Project
EMF Calculation Tables
Table 15: Estimated Magnetic Field Data
Segment Number: 15
Configuration Description: Single circuit 115 kV transmission line with adjacent 12 kV underground distribution line.
Existing 2024 Future 2028
Normal Load (A) Peak Load (A) Normal Load (A) Peak Load (A) Current (A) See Figure-15 See Figure-15 See Figure-15 See Figure-15 Distance from Magnetic Field Magnetic Field Magnetic Field Magnetic Field Centerline (mG) (mG) (mG) (mG) (ft) -60
-50
-40
-30
-20
-10
0 10
20 30
40 50
60 0.0
0.0 0.1
0.1 0.1
0.2 0.2
0.5 1.0
3.2 10.6
3.2 1.0
0.0 0.0
0.1 0.1
0.1 0.2
0.3 0.6
1.3 4.0
13.2 4.0
1.3 11.1 13.9
13.2 16.5
15.4 19.3
17.8 22.2
20.0 25.1
21.9 27.4
23.2 29.0
23.7 29.6
23.2 29.0
21.2 26.6
12.2 15.2
19.7 24.7
15.4 19.3
Notes:
1. See Figure-15 for conductor elevation and relative positioning to the proposed NRS-KRS transmission line.
2. "Peak Load" is defined as 100% of the estimated peak load as reported by SVP under typical system operations. "Normal Load" is defined as 80% of the estimated peak load.
3. The Magnetic Field Values are the estimated resultant RMS magnetic field at the specified distance from the centerline of the proposed NRS-KRS transmission line at a height of one meter above the ground. Magnetic Field Values are calculated using PLS-CADD's EMF calculator.
4. Negative values of the Distance from Centerline represent the distance to the left of the centerline when looking down the line towards the Kifer Receiving Station.
5. Magnetic Field Values are based on available information including load data, utility record data, site conditions, survey data, and proposed future configurations of new and existing power facilities. In some cases model configurations were created to be representative of multiple similar proposed installed configurations. In these cases, input values were selected so that the reported Magnetic Field Values would represent the highest expe cted field strength for the represented proposed installed configurations.
NRS-KRS 115 kV Transmission Line Project
EMF Calculation Tables
Table 16: Estimated Magnetic Field Data
Segment Number: 16
Configuration Description: Single circuit 115 kV transmission line with adjacent 12 kV underground distribution line.
Existing 2024 Future 2028
Normal Load (A) Peak Load (A) Normal Load (A) Peak Load (A) Current (A) See Figure-16 See Figure-16 See Figure-16 See Figure-16 Distance from Magnetic Field Magnetic Field Magnetic Field Magnetic Field Centerline (mG) (mG) (mG) (mG) (ft) -60
-50
-40
-30
-20
-10
0 10
20 30
40 50
60 0.1
0.2 0.3
0.6 1.5
5.8 7.7
1.9 0.7
0.4 0.2
0.1 0.1
0.1 0.2
0.4 0.8
1.9 7.2
9.6 2.4
0.9 0.4
0.3 0.2
0.1 11.5 14.4
13.7 17.2
16.3 20.3
19.1 23.9
22.4 28.0
25.1 31.4
20.5 25.7
25.8 32.3
24.5 30.6
22.5 28.2
20.2 25.2
17.6 22.0
15.1 18.8
Notes:
1. See Figure-16 for conductor elevation and relative positioning to the proposed NRS-KRS transmission line.
2. "Peak Load" is defined as 100% of the estimated peak load as reported by SVP under typical system operations. "Normal Load" is defined as 80% of the estimated peak load.
3. The Magnetic Field Values are the estimated resultant RMS magnetic field at the specified distance from the centerline of the proposed NRS-KRS transmission line at a height of one meter above the ground. Magnetic Field Values are calculated using PLS-CADD's EMF calculator.
4. Negative values of the Distance from Centerline represent the distance to the left of the centerline when looking down the line towards the Kifer Receiving Station.
5. Magnetic Field Values are based on available information including load data, utility record data, site conditions, survey data, and proposed future configurations of new and existing power facilities. In some cases model configurations were created to be representative of multiple similar proposed installed configurations. In these cases, input values were selected so that the reported Magnetic Field Values would represent the highest expe cted field strength for the represented proposed installed configurations.
NRS-KRS 115 kV Transmission Line Project
EMF Calculation Tables
Table 17: Estimated Magnetic Field Data
Segment Number: 17
Configuration Description: Single circuit 115 kV transmission line with two adjacent 12 kV underground distribution lines.
Existing 2024 Future 2028
Normal Load (A) Peak Load (A) Normal Load (A) Peak Load (A) Current (A) See Figure-17 See Figure-17 See Figure-17 See Figure-17 Distance from Magnetic Field Magnetic Field Magnetic Field Magnetic Field Centerline (mG) (mG) (mG) (mG) (ft) -60
-50
-40
-30
-20
-10
0 10
20 30
40 50
60 0.0
0.1 0.1
0.1 0.1
0.2 0.3
0.6 1.3
4.2 14.2
4.3 1.4
0.0 0.1
0.1 0.1
0.2 0.3
0.4 0.8
1.7 5.2
17.7 5.4
1.7 11.1 13.9
13.2 16.5
15.4 19.3
17.8 22.3
20.1 25.1
22.0 27.5
23.3 29.1
23.8 29.7
23.5 29.3
21.4 26.8
10.6 13.3
20.8 26.0
15.8 19.7
Notes:
1. See Figure-17 for conductor elevation and relative positioning to the proposed NRS-KRS transmission line.
2. "Peak Load" is defined as 100% of the estimated peak load as reported by SVP under typical system operations. "Normal Load" is defined as 80% of the estimated peak load.
3. The Magnetic Field Values are the estimated resultant RMS magnetic field at the specified distance from the centerline of the proposed NRS-KRS transmission line at a height of one meter above the ground. Magnetic Field Values are calculated using PLS-CADD's EMF calculator.
4. Negative values of the Distance from Centerline represent the distance to the left of the centerline when looking down the line towards the Kifer Receiving Station.
5. Magnetic Field Values are based on available information including load data, utility record data, site conditions, survey data, and proposed future configurations of new and existing power facilities. In some cases model configurations were created to be representative of multiple similar proposed installed configurations. In these cases, input values were selected so that the reported Magnetic Field Values would represent the highest expe cted field strength for the represented proposed installed configurations.
NRS-KRS 115 kV Transmission Line Project
EMF Calculation Tables
Table 18: Estimated Magnetic Field Data
Segment Number: 18
Configuration Description: Single circuit 115 kV transmission line with underbuilt 60 kV transmission line.
Existing 2024 Future 2028
Normal Load (A) Peak Load (A) Normal Load (A) Peak Load (A) Current (A) See Figure-18 See Figure-18 See Figure-18 See Figure-18 Distance from Magnetic Field Magnetic Field Magnetic Field Magnetic Field Centerline (mG) (mG) (mG) (mG) (ft) -60
-50
-40
-30
-20
-10
0 10
20 30
40 50
60 3.4
4.5 6.0
7.8 9.9
11.8 12.6
11.8 9.9
7.8 6.0
4.5 3.4
4.2 5.6
7.4 9.8
12.4 14.8
15.7 14.8
12.4 9.8
7.4 5.6
4.2 15.6 19.4
18.7 23.4
22.4 28.1
26.6 33.2
30.9 38.6
34.4 43.0
35.9 44.8
34.4 43.0
30.9 38.6
26.6 33.2
22.4 28.1
18.7 23.4
15.6 19.4
Notes:
1. See Figure-18 for conductor elevation and relative positioning to the proposed NRS-KRS transmission line.
2. "Peak Load" is defined as 100% of the estimated peak load as reported by SVP under typical system operations. "Normal Load" is defined as 80% of the estimated peak load.
3. The Magnetic Field Values are the estimated resultant RMS magnetic field at the specified distance from the centerline of the proposed NRS-KRS transmission line at a height of one meter above the ground. Magnetic Field Values are calculated using PLS-CADD's EMF calculator.
4. Negative values of the Distance from Centerline represent the distance to the left of the centerline when looking down the line towards the Kifer Receiving Station.
5. Magnetic Field Values are based on available information including load data, utility record data, site conditions, survey data, and proposed future configurations of new and existing power facilities. In some cases model configurations were created to be representative of multiple similar proposed installed configurations. In these cases, input values were selected so that the reported Magnetic Field Values would represent the highest expe cted field strength for the represented proposed installed configurations.
NRS-KRS 115 kV Transmission Line Project
EMF Calculation Tables
Table 19: Estimated Magnetic Field Data
Segment Number: 19
Configuration Description: Single circuit 115 kV transmission line with underbuilt 60 kV transmission line and three adjacent 12 kV underground distribution lines.
Existing 2024 Future 2028
Normal Load (A) Peak Load (A) Normal Load (A) Peak Load (A) Current (A) See Figure-19 See Figure-19 See Figure-19 See Figure-19 Distance from Magnetic Field Magnetic Field Magnetic Field Magnetic Field Centerline (mG) (mG) (mG) (mG) (ft) -60
-50
-40
-30
-20
-10
0 10
20 30
40 50
60 2.5
3.3 4.4
5.9 7.8
9.9 11.6
12.0 10.9
7.6 21.4
12.5 5.3
3.1 4.1
5.5 7.4
9.8 12.4
14.5 15.0
13.6 9.6
26.8 15.6
6.6 12.2 15.2
14.6 18.2
17.5 21.8
20.8 26.0
24.6 30.7
28.4 35.5
31.2 39.0
31.9 39.8
30.2 37.7
25.6 32.0
13.1 16.3
26.2 32.8
18.0 22.5
Notes:
1. See Figure-19 for conductor elevation and relative positioning to the proposed NRS-KRS transmission line.
2. "Peak Load" is defined as 100% of the estimated peak load as reported by SVP under typical system operations. "Normal Load" is defined as 80% of the estimated peak load.
3. The Magnetic Field Values are the estimated resultant RMS magnetic field at the specified distance from the centerline of the proposed NRS-KRS transmission line at a height of one meter above the ground. Magnetic Field Values are calculated using PLS-CADD's EMF calculator.
4. Negative values of the Distance from Centerline represent the distance to the left of the centerline when looking down the line towards the Kifer Receiving Station.
5. Magnetic Field Values are based on available information including load data, utility record data, site conditions, survey data, and proposed future configurations of new and existing power facilities. In some cases model configurations were created to be representative of multiple similar proposed installed configurations. In these cases, input values were selected so that the reported Magnetic Field Values would represent the highest expe cted field strength for the represented proposed installed configurations.
NRS-KRS 115 kV Transmission Line Project
Attachment E: EMF Figures
NRS-KRS 115 kV Transmission Line Project
NRS-KRS, 115 kV Transmission
715 ,orrul 24'7 ACCR "S1il1". Bundled
Peak(,>/
~ Normal(/'l
Peak(/'l
1!J 1a!7
~ Normal(/>/
9356
NOTES:
1. THE DIMENSIONED HEIGHTS ABOVE GROUND ARE THE
HEIGHTS ABOVE GROUND THAT ARE USED IN THE MAGNETIC
FIELD STRENGTH CALCULATIONS. THESE DIMENSIONED
HEIGHTS ARE REPRESENTATIVE OF THE MINIMUM EXISTING OR
PROPOSED CONDUCTOR CLEARANCE IN THE SPECIFIED
SEGMENT.
2 . BUNDLED ACCR "STILT" CONDUCTOR HAS TWO
SUB-CONDUCTORS SPACED VERTICALLY 12" APART. THE
FINAL HEIGHT ABOVE GROUND FOR THIS CONDUCTOR IS
0' -6" LESS THAN THE DIMENSIONED HEIGHT.
Tngineering with Oisfinclion.
=-= = -! El E C T R I C A l
. CONSUlTANTS, INC,
I Ill I I IS. I I IT A I A
SILICON
VALLEY
POWER.
CITY CF SANTA CLARA
115 kV
NRS-KRS
A(240')
8(120')
C(O')
(-) 0 (+)
b
I
·..,.
b
I . ..,.
b
I
0 "'
LOOKING SOUTH TOWARD KIFER RECEIVING STATION
NRS-KRS 115 kV TRANSMISSION LINE
pwc. NAME:
EMF FIGURES
FUTURE CROSS SECTION
FIGURE - 001
115 kV
NRS-KRS
12 kV
204P
ffl
NOTES:
NOirl'lll(/lj
k(/lj
1207
Nmnil(/lj
005.8
2QAP, 12 kV 01JlflbU!IO"
~ 7 , 10,n .' ,.,,
(/lj
219
Nlli'il'Bi(/lj
1152
(
219
Ncrmol(ilj
171!.2
1. THE DIMENSIONED HEIGHTS ABOVE GROUND ARE THE
HEIGHTS ABOVE GROUND THAT ARE USED IN THE MAGNETIC
FIELD STRENGTH CALCULATIONS. THESE DIMENSIONED
8(120")
A(240')
4'-0"
TYP.
HEIGHTS ARE REPRESENTATIVE OF THE MINIMUM EXISTING OR
PROPOSED CONDUCTOR CLEARANCE IN THE SPECIFIED
SEGMENT.
2 . BUNDLED ACCR "STILT" CONDUCTOR HAS TWO
SUB-CONDUCTORS SPACED VERTICALLY 12" APART. THE
FINAL HEIGHT ABOVE GROUND FOR THIS CONDUCTOR IS
0' -6" LESS THAN THE DIMENSIONED HEIGHT .
Tngineering with Distinction ·
=--= = -~ E l E C T R I C A l
. CONSUlTANTS, INC.
I Ill I IC S. I I IT A I A
SILICON
VALLEY
POWER.
CITY CF SANTA CLARA
0 I
co
N
35'-o"
8(120 ')
(-) 0 (+)
LOOKING SOUTH TOWARD KIFER RECEIVING STATION
A(240')
C(O')
'o
I
;__
'o
I ;__
't,
I
b
<O
NRS-KRS 115 kV TRANSMISSION LINE
pwc. NAME:
EMF FIGURES
FUTURE CROSS SECTION
FIGURE - 002
115 kV
NRS-KRS
12 kV
204P
C(0°)
B(120°)
A(240°)
NIIS>K IIS, 111 kV 'T'l'a1t1ml11lo~
718 kc ml 24/7 ACCR 'SW Bundlod
~l"I
! Nam;ll(/11
Pesk(,Aj
~
1207
Narrml(/lj
0011.11
21141>, 12 kV Dlttrlbi.lllOft
1000 MCM 3/C UG AL Tl1Dlol!lld
f'!B!<(/ll
~
21g
Norlmi(,Aj
175.2
~(.Al
~
219
Nor1T11l(/lj
178 2
NOTES:
1. THE DIMENSIONED HEIGHTS ABOVE GROUND ARE THE
HEIGHTS ABOVE GROUND THAT ARE USED IN THE MAGNETIC
FIELD STRENGTH CALCULATIONS. THESE DIMENSIONED
b
I ;,,
HEIGHTS ARE REPRESENTATIVE OF THE MINIMUM EXISTING OR
PROPOSED CONDUCTOR CLEARANCE IN THE SPECIFIED
SEGMENT.
2 . BUNDLED ACCR "STILT" CONDUCTOR HAS TWO
SUB-CONDUCTORS SPACED VERTICALLY 12" APART. THE
FINAL HEIGHT ABOVE GROUND FOR THIS CONDUCTOR IS
0' -6" LESS THAN THE DIMENSIONED HEIGHT.
Tngineering with Distinction·
=--= = -~ E l E C T R I C A l
. CONSUlTANTS, INC.
I Ill I IC S. I I IT A I A
SILICON
VALLEY
POWER.
CITY CF SANTA CLARA
8(120 ')
@) (-) 0 (+)
1 3s•-o ..
A(240")
C(O')
'o
I ·,-_
'o
I ·,-_
'o
I
'o
<O
LOOKING SOUTH TOWARD KIFER RECEIVING STATION
NRS-KRS 115 kV TRANSMISSION LINE
pwc. NAME:
EMF FIGURES
FUTURE CROSS SECTION
FIGURE - 003
115 kV
NRS-KRS
12 kV
104P
C(0°)
B(120°)
A(240°)
12 kV
207P
C(0°)
B(120°)
A(240°)
12 kV
204P
C(0°)
B(120°)
A(240°)
12 kV
202P
C(0°)
B(120°)
A(240°)
NRS-KRS, 115 kV Transmission
715 kcmil 24/7 ACCR "Stilt" , Bundled
Aaak(/l!J
Normal (A)
Aaak(/l!J
1:a:J7
Normal (A)
965.6
104P, 12 kV Distribution
1100 kcmil UG AL EPR Triplexed
Aaak(A)
~ 121
i<l Normal (A)
96.8 Aaak(/l!J
/;] 121
!sl Normal (A)
NOTES:
96.8 202P, 12 kV Distribution
1100 kcmil UG AL EPR Triplexed
Aaak(/l!J
77 Normal (A)
61 .6
Aaak(/l!J
77 Normal (A)
61 .6
204P, 12 kV Distribution
1000 MCM 3/C UG AL Triplexed
Raak(/l!J
~ 219
!sl Normal(/l!J
175.2
Raak(/l!J
/;] 219
!sl Normal(/l!J
175.2
207P, 12 kV Distribution
1100 kcmil UG AL EPR Triplexed
Raak(/l!J
" 2:lJ
"' !sl Normal(/l!J
m .2
Raak(/l!J
0)
2:lJ
~ Normal(/l!J
m .2
1. THE DIMENSIONED HEIGHTS ABOVE GROUND ARE THE
HEIGHTS ABOVE GROUND THAT ARE USED IN THE MAGNETIC
FIELD STRENGTH CALCULATIONS. THESE DIMENSIONED
HEIGHTS ARE REPRESENTATIVE OF THE MINIMUM EXISTING OR
PROPOSED CONDUCTOR CLEARANCE IN THE SPECIFIED
SEGMENT.
2 . BUNDLED ACCR "STILT" CONDUCTOR HAS TWO
SUB-CONDUCTORS SPACED VERTICALLY 12" APART. THE
FINAL HEIGHT ABOVE GROUND FOR THIS CONDUCTOR IS
0' -6" LESS THAN THE DIMENSIONED HEIGHT .
Tngineering with Distinction·
=-= = -! El E C T R I C A l
. CONSUlTANTS, INC.
I Ill I I IS. I I IT A I A
SILICON
VALLEY
POWER.
CITY CF SANTA CLARA
>,,.,,, >,,,,,,
'o
I ;,.
'o
~''"'
I ·.,
TYP.
@) @)
,o·-o· I o·-s .. l
(-) 0 (+)
LOOKING SOUTH TOWARD KIFER RECEIVING STATION
NRS-KRS 115 kV TRANSMISSION LINE
pwc. NAME:
EMF FIGURES
FUTURE CROSS SECTION
FIGURE - 004
115 kV
NRS-KRS
60 kV
KRS-PLM
12 kV
202P
C(0°)
B(120°)
A(240°)
NRS-KRS, 115 kV Transmission
715 kcmi1 24/7 ACCR "Stitt", Bundled
Peak(Py
~
fsl Normal (Py
Peak(Py
~ 13J7
fsl Normal (Py
006.6
KRS..PLM, 60 kV Transmission
715 kcmil 24/7 ACCR "Stitt", Bundled
Peak(Py
~ 242
fsl Normal (Py
193.6
Peak(Py
~ 242
fsl Normal (Py
1936
202P, 12 kV Distribution
1100 kcmil UG AL EPR Triplexed
Peak(Py ,,. 71 N
fsl Normal (Py
61.6 Peak(Py
~
71 Normal (Py
61.6 NOTES:
1. THE DIMENSIONED HEIGHTS ABOVE GROUND ARE THE
HEIGHTS ABOVE GROUND THAT ARE USED IN THE MAGNETIC
FIELD STRENGTH CALCULATIONS. THESE DIMENSIONED
HEIGHTS ARE REPRESENTATIVE OF THE MINIMUM EXISTING OR
PROPOSED CONDUCTOR CLEARANCE IN THE SPECIFIED
SEGMENT.
2 . BUNDLED ACCR "STILT" CONDUCTOR HAS TWO
SUB-CONDUCTORS SPACED VERTICALLY 12" APART. THE
FINAL HEIGHT ABOVE GROUND FOR THIS CONDUCTOR IS
0' -6" LESS THAN THE DIMENSIONED HEIGHT.
Tngineering with Distinction·
=-= = -! El E C T R I C A l
. CONSUlTANTS, INC.
I Ill I I IS. I I IT A I A
SILICON
VALLEY
POWER.
CITY CF SANTA CLARA
A(240")
'o
I ;,.
8(120")
'o
I ·.,
C(0")
A(240 ") 'o
I
",o
8(120") 'o
I
",o
C(O")
6'-0"
TYP.
'o
I ·., ,..,
(-) 0 (+)
LOOKING SOUTH TOWARD KIFER RECEIVING STATION
'o
I
"i!;l
NRS-KRS 115 kV TRANSMISSION LINE
pwc. NAME:
EMF FIGURES
FUTURE CROSS SECTION
FIGURE - 005
115 kV
NRS-KRS
60 kV
KRS-PLM
12 kV
201A
C(0°)
B(120°)
A(240°)
NRS-KRS, 115 kV Transmission
715 kcmil 24/ 7 ACCR "Stilt", Bundled
Aaak(/l!J ..,
N
l<l Normal (A)
Aaak(A)
co 1:ll7 N
l<l Normal (A)
965.6
KRS-PLM , 60 kV Transmission
715 kcmil 24/7 ACCR "Stitt", Bundled
Aaak(/l!J .., 242 N 0
Normal (A) N
193.6
Aaak(A)
co 242 N
0 Normal (A) N
193.6
201A, 12 kV Distribution
750 MCM 3/C UG AL Tnplexed
Aaak(A) .., 111 N
0 Normal (A) N
88.8 Aaak(/l!J
co 111 N
0 Normal (A) N
88.8 NOTES:
1. THE DIMENSIONED HEIGHTS ABOVE GROUND ARE THE
HEIGHTS ABOVE GROUND THAT ARE USED IN THE MAGNETIC
FIELD STRENGTH CALCULATIONS. THESE DIMENSIONED
HEIGHTS ARE REPRESENTATIVE OF THE MINIMUM EXISTING OR
PROPOSED CONDUCTOR CLEARANCE IN THE SPECIFIED
SEGMENT.
2 . BUNDLED ACCR "STILT" CONDUCTOR HAS TWO
SUB-CONDUCTORS SPACED VERTICALLY 12" APART. THE
FINAL HEIGHT ABOVE GROUND FOR THIS CONDUCTOR IS
0' -6" LESS THAN THE DIMENSIONED HEIGHT.
Tngineering with Distinction·
=-= = -! El E C T R I C A l
. CONSUlTANTS, INC.
I Ill I I IS. I I IT A I A
SILICON
VALLEY
POWER.
CITY CF SANTA CLARA
A(240")
'o
I ;,.
8(120")
'o
I ·.,
C(0")
A(240 ") 'o
I
",o
8(120") 'o
I
",o
C(O")
6'-0"
TYP.
'o
I ·., ,..,
(-) 0 (+)
LOOKING SOUTH TOWARD KIFER RECEIVING STATION
'o
I
"i!;l
NRS-KRS 115 kV TRANSMISSION LINE
pwc. NAME:
EMF FIGURES
FUTURE CROSS SECTION
FIGURE - 006
115 kV 60 kV
NRS-KRS PLM-NAJ
12 kV
201A
C(0°)
B(120°)
A(240°)
NRS-KRS, 115 kV Transmission
715 kcmi1 24/7 ACCR "Stitt", Bundled
Peak(!'y
~
fsl Normal (!'y
Peak(!'y
~ 1:D?
R Normal (!'y
9::6.6
PLM-NAJ , 60 kV Transmission
715 kcmil 24/ 7 ACCR "Stitt", Bundled
Peak(!'y
"' 578
~ Normal (!'y
'1624
Peak(!'y
~ 578
R Normal (!'y
'1624
201A, 12 kV Distribution
750 MCM 3/C UG AL Triplexed
Peak(!'y
"' 111 N
fsl Normal (!'y
88.8 Peak(!'y
ro 111
~ Normal (!'y
88.8 NOTES:
1. THE DIMENSIONED HEIGHTS ABOVE GROUND ARE THE
HEIGHTS ABOVE GROUND THAT ARE USED IN THE MAGNETIC
FIELD STRENGTH CALCULATIONS. THESE DIMENSIONED
'o
I ;,.
'o
I ;,.
HEIGHTS ARE REPRESENTATIVE OF THE MINIMUM EXISTING OR
PROPOSED CONDUCTOR CLEARANCE IN THE SPECIFIED
SEGMENT.
2 . BUNDLED ACCR "STILT" CONDUCTOR HAS TWO
SUB-CONDUCTORS SPACED VERTICALLY 12" APART. THE
FINAL HEIGHT ABOVE GROUND FOR THIS CONDUCTOR IS
0' -6" LESS THAN THE DIMENSIONED HEIGHT.
Tngineering with Distinction·
=-= = -! El E C T R I C A l
. CONSUlTANTS, INC,
I Ill I I IS. I I IT A I A
SILICON
VALLEY
POWER.
CITY CF SANTA CLARA
A(240") A(240")
'o
I
·..,.
8(120") 8(120")
'o
I ·..,.
C(O") C(0")
(-) 0 (+)
LOOKING SOUTH TOWARD KIFER RECEIVING STATION
NRS-KRS 115 kV TRANSMISSION LINE
pwc. NAME:
EMF FIGURES
FUTURE CROSS SECTION
FIGURE - 007
115 kV
NRS-KRS
60 kV
PLM-NAJ
12 kV
201A
NRS-KRS, 115 kV Transmission
715 kcmil 24/ 7 ACCR "Stilt", Bundled
Peak(!'y
~
0 Normal (!'y N
Peak(!'y
<Xl 1aJ7 N
0 Normal (!'y N
Wci.6
PLM-NAJ , 60 kV Transmission
715 kcmil 24/7 ACCR "Stilt", Bundled
Peak(!'y .., 578 N 0
Normal (!'y N
'1624
Peak(!'y
<Xl 578 N
0 Normal (!'y N
'1624
201A, 12 kV Distribution
397.5 kcmil 19/0 AAC "Canna"
Peak(!'y .., 111 N
0 Normal (!'y N
88.8 Peak(!'y
<Xl 111 N
0 Normal (!'y N 'o
I
88.8 ~
NOTES:
1. THE DIMENSIONED HEIGHTS ABOVE GROUND ARE THE
HEIGHTS ABOVE GROUND THAT ARE USED IN THE MAGNETIC
FIELD STRENGTH CALCULATIONS. THESE DIMENSIONED
HEIGHTS ARE REPRESENTATIVE OF THE MINIMUM EXISTING OR
PROPOSED CONDUCTOR CLEARANCE IN THE SPECIFIED
SEGMENT.
2 . BUNDLED ACCR "STILT" CONDUCTOR HAS TWO
SUB-CONDUCTORS SPACED VERTICALLY 12" APART. THE
FINAL HEIGHT ABOVE GROUND FOR THIS CONDUCTOR IS
0' -6" LESS THAN THE DIMENSIONED HEIGHT.
'o
I
-:.,.
'o
I
-:.,.
~
I
ix,
~
I
ix,
'o
I
'ix, ...
Tngineering with Distinction·
=-= = -! El E C T R I C A l
. CONSUlTANTS, INC,
I Ill I I IS. I I IT A I A
SILICON
VALLEY
POWER.
CITY CF SANTA CLARA
C(0')
8(120')
C(0')
8(120')
C(O') A(240')
'o
I
-... .,.,
(-) 0 (+)
LOOKING SOUTH TOWARD KIFER RECEIVING STATION
NRS-KRS 115 kV TRANSMISSION LINE
pwc. NAME:
EMF FIGURES
FUTURE CROSS SECTION
FIGURE - 008
115 kV
NRS-KRS
60 kV
PLM-NAJ
12 kV
102L
NRS-KRS, 115 kV Transmission
715 kcmi1 24/7 ACCR "Stitt", Bundled
Peak(.A)
~
fsl Normal (.A)
Peak(.A)
~ 1:D?
fsl Normal (.A)
935.6
PLM-NAJ , 60 kV Transmission
715 kcmil 24/ 7 ACCR "Stilt", Bundled
Peak(.A)
~ 578
fsl Normal (.A)
'1624
Peak(.A)
~ 578
R Normal (.A)
'1624
102L, 12 kV Distribution
397.5 kcmil 19/0 AAC "Canna"
Peak(.A)
... ffi N
fsl Normal (.A)
55.2 Peak(.A)
co ffi
~ Normal(.A)
55.2 NOTES:
1. THE DIMENSIONED HEIGHTS ABOVE GROUND ARE THE
HEIGHTS ABOVE GROUND THAT ARE USED IN THE MAGNETIC
FIELD STRENGTH CALCULATIONS. THESE DIMENSIONED
b
I ....
b
I ....
in
I
00 '<t>
I
00 'o
I
-~
'o
I
" ...
HEIGHTS ARE REPRESENTATIVE OF THE MINIMUM EXISTING OR
PROPOSED CONDUCTOR CLEARANCE IN THE SPECIFIED
SEGMENT.
2 . BUNDLED ACCR "STILT" CONDUCTOR HAS TWO
SUB-CONDUCTORS SPACED VERTICALLY 12" APART. THE
FINAL HEIGHT ABOVE GROUND FOR THIS CONDUCTOR IS
0' -6" LESS THAN THE DIMENSIONED HEIGHT.
Tngineering with Distinction·
=-= = -! El E C T R I C A l
. CONSUlTANTS, INC,
I Ill I I IS. I I IT A I A
SILICON
VALLEY
POWER.
CITY CF SANTA CLARA
C(0')
8(120")
C(0')
8(120')
C(0') A(240')
'o
I
~
(-) 0 (+)
LOOKING SOUTH TOWARD KIFER RECEIVING STATION
NRS-KRS 115 kV TRANSMISSION LINE
pwc. NAME:
EMF FIGURES
FUTURE CROSS SECTION
FIGURE - 009
115 kV
NRS-KRS
12 kV
102L
NRS-KRS, 115 kV Transmission
715 kcmil 24/ 7 ACCR "Stilt", Bundled
Peak(Py
~
R Normal (Py
Peak(Py
~
13J7
Normal (Py
935.6
102L, 12 kV Distribution
397.5 kcmil 19/0 AAC "Canna"
Peak(Py
~ 83
R Normal (Py
55.2 Peak(Py
<Xl 83 N
R Normal (Py
55.2 NOTES:
1. THE DIMENSIONED HEIGHTS ABOVE GROUND ARE THE
HEIGHTS ABOVE GROUND THAT ARE USED IN THE MAGNETIC
FIELD STRENGTH CALCULATIONS. THESE DIMENSIONED
'o
I ;,.
'o
I ·.,
'o
I
·ro .,
'o
I ·.,
"'
HEIGHTS ARE REPRESENTATIVE OF THE MINIMUM EXISTING OR
PROPOSED CONDUCTOR CLEARANCE IN THE SPECIFIED
SEGMENT.
2 . BUNDLED ACCR "STILT" CONDUCTOR HAS TWO
SUB-CONDUCTORS SPACED VERTICALLY 12" APART. THE
FINAL HEIGHT ABOVE GROUND FOR THIS CONDUCTOR IS
0' -6" LESS THAN THE DIMENSIONED HEIGHT.
Tngineering with Distinction·
=-= = -! El E C T R I C A l
. CONSUlTANTS, INC.
I Ill I I IS. I I IT A I A
SILICON
VALLEY
POWER.
CITY CF SANTA CLARA
A(240")
B(120")
C(O")
B(120")
A(240") C(O")
4•-0··
TYP.
(-) 0 (+)
LOOKING SOUTH TOWARD KIFER RECEIVING STATION
NRS-KRS 115 kV TRANSMISSION LINE
pwc. NAME:
EMF FIGURES
FUTURE CROSS SECTION
FIGURE - 010
115 kV
NRS-KRS
12 kV
102L
C(0°)
B(120°)
A(240°)
; NOOl'ill(/11
k(/11
~
1207
Nmml(l'I
005.8
;02L, 12 kV 011!11bii!IOil
?S d
~
69 NCIT!"el(/11
:16~
ffl
69 Ncrmol~
2 NOTES:
1. THE DIMENSIONED HEIGHTS ABOVE GROUND ARE THE
HEIGHTS ABOVE GROUND THAT ARE USED IN THE MAGNETIC
FIELD STRENGTH CALCULATIONS. THESE DIMENSIONED
HEIGHTS ARE REPRESENTATIVE OF THE MINIMUM EXISTING OR
PROPOSED CONDUCTOR CLEARANCE IN THE SPECIFIED
SEGMENT.
2 . BUNDLED ACCR "STILT" CONDUCTOR HAS TWO
SUB-CONDUCTORS SPACED VERTICALLY 12" APART. THE
FINAL HEIGHT ABOVE GROUND FOR THIS CONDUCTOR IS
0' -6" LESS THAN THE DIMENSIONED HEIGHT.
Tngineering with Distinction·
=--= = -~ E l E C T R I C A l
. CONSUlTANTS, INC.
I Ill I IC S. I I IT A I A
SILICON
VALLEY
POWER.
CITY CF SANTA CLARA
A(240")
'o
I ;,.
B(120")
'o
I ;,.
C(O")
'o
I
~
10·-o"
(-) 0 (+)
LOOKING SOUTH TOWARD KIFER RECEIVING STATION
NRS-KRS 115 kV TRANSMISSION LINE
pwc. NAME:
EMF FIGURES
FUTURE CROSS SECTION
FIGURE - 011
115 kV
NRS-KRS
12 kV
102L
C(0°)
B(120°)
A(240°)
12 kV
301L
C(0°)
B(120°)
A(240°)
NRS-KRS, 115 kV Transmission
715 kcmi1 24/7 ACCR "Stitt", Bundled
Peak(Py
~
fsl Normal (Py
Peak(Py
~ 13J7
fsl Normal (Py
006.6
102L, 12 kV Distribution
750 MCM 3/C UG AL Triplexed
Peak(Py
~ E9
fsl Normal (Py
ffi.2
Peak(Py
~ E9
fsl Normal (Py
ffi.2
301L, 12 kV Distribution
1000 MCM 3/C UG AL Triplexed
Peak(Py ,,. 2J1 N
fsl Normal (Py
1ffl8
Peak(Py
~
2J1
Normal (Py
16'.l.8
NOTES:
1. THE DIMENSIONED HEIGHTS ABOVE GROUND ARE THE
HEIGHTS ABOVE GROUND THAT ARE USED IN THE MAGNETIC
FIELD STRENGTH CALCULATIONS. THESE DIMENSIONED
'i::,
I ;,.
'o
I ;,.
'o
I
"R
HEIGHTS ARE REPRESENTATIVE OF THE MINIMUM EXISTING OR
PROPOSED CONDUCTOR CLEARANCE IN THE SPECIFIED
SEGMENT.
2 . BUNDLED ACCR "STILT" CONDUCTOR HAS TWO
SUB-CONDUCTORS SPACED VERTICALLY 12" APART. THE
FINAL HEIGHT ABOVE GROUND FOR THIS CONDUCTOR IS
0' -6" LESS THAN THE DIMENSIONED HEIGHT.
Tngineering with Distinction·
=-= = -! El E C T R I C A l
. CONSUlTANTS, INC.
I Ill I I IS. I I IT A I A
SILICON
VALLEY
POWER.
CITY CF SANTA CLARA
A(240")
B(120")
C(O")
4'-0"
10·-o··
(-) 0 (+)
LOOKING SOUTH TOWARD KIFER RECEIVING STATION
NRS-KRS 115 kV TRANSMISSION LINE
pwc. NAME:
EMF FIGURES
FUTURE CROSS SECTION
FIGURE - 012
115 kV
NRS-KRS
12 kV
102L
C(0°)
B(120°)
A(240°)
NRI -KR&, 11D kV Tl'a"1ml11lon
715 kcnil 2~17 ACCR "SHI'' Bundled
f>mi<(,t\/
; Ni;r~(-"l
FllBk0l
I 1:?07
Natml ~
OOM
102L, 12 kV Dltirlbuilon
750 MCM SIC UG AL TrioloMOd
Rlnk(Jll
~
0g
Ni;rml1! V'l
562
f';,aK(Al
~
89 Narml(/ll
!a2
NOTES:
1. THE DIMENSIONED HEIGHTS ABOVE GROUND ARE THE
HEIGHTS ABOVE GROUND THAT ARE USED IN THE MAGNETIC
FIELD STRENGTH CALCULATIONS. THESE DIMENSIONED
HEIGHTS ARE REPRESENTATIVE OF THE MINIMUM EXISTING OR
PROPOSED CONDUCTOR CLEARANCE IN THE SPECIFIED
SEGMENT.
2 . BUNDLED ACCR "STILT" CONDUCTOR HAS TWO
SUB-CONDUCTORS SPACED VERTICALLY 12" APART. THE
FINAL HEIGHT ABOVE GROUND FOR THIS CONDUCTOR IS
0' -6" LESS THAN THE DIMENSIONED HEIGHT.
Tngineering with Distinction·
=--= = -~ E l E C T R I C A l
. CONSUlTANTS, INC.
I Ill I IC S. I I IT A I A
SILICON
VALLEY
POWER.
CITY CF SANTA CLARA
0 I
;,.
0 I
·,,.
'i::,
I
R
A(240")
B(120')
C(O')
4'-0"
(-) 0 (+)
0 I
;,,
LOOKING SOUTH TOWARD KIFER RECEIVING STATION
NRS-KRS 115 kV TRANSMISSION LINE
pwc. NAME:
EMF FIGURES
FUTURE CROSS SECTION
FIGURE - 013
115 kV
NRS-KRS
12 kV
301L
C(0°)
B(120°)
A(240°)
12 kV
102L
C(0°)
B(120°)
A(240°)
NRS-KRS, 115 kV Transmission
715 kcmil 24/7 ACCR "Stilt", Bundled
Peak(.A)
~
fsl Normal (.A)
Peak(.A)
isl 1aJ7
fsl Normal (.A)
9:xi.6
102L, 12 kV Distribution
750 MCM 3/C UG AL Triplexed
Peak(.A) ,,. aJ N
fsl Normal (.A)
55.2 Peak(.A)
ro aJ
~ Normal(.A)
55.2 301L, 12 kV Distribution
1000 MCM 3/C UG AL Triplexed
Peak(.A)
~ ;D1
fsl Normal (.A)
10:J.8
Peak(.A)
ro ;D1 N
fsl Normal (.A)
10:J.8
NOTES:
1. THE DIMENSIONED HEIGHTS ABOVE GROUND ARE THE
HEIGHTS ABOVE GROUND THAT ARE USED IN THE MAGNETIC
FIELD STRENGTH CALCULATIONS. THESE DIMENSIONED
'o
I ;,.
'o
I ;,.
HEIGHTS ARE REPRESENTATIVE OF THE MINIMUM EXISTING OR
PROPOSED CONDUCTOR CLEARANCE IN THE SPECIFIED
SEGMENT.
2 . BUNDLED ACCR "STILT" CONDUCTOR HAS TWO
SUB-CONDUCTORS SPACED VERTICALLY 12" APART. THE
FINAL HEIGHT ABOVE GROUND FOR THIS CONDUCTOR IS
0' -6" LESS THAN THE DIMENSIONED HEIGHT.
Tngineering with Distinction·
=-= = -! El E C T R I C A l
. CONSUlTANTS, INC,
I Ill I I IS. I I IT A I A
SILICON
VALLEY
POWER.
CITY CF SANTA CLARA
A(240")
8(120")
C(O")
(-) 0 (+)
LOOKING SOUTH TOWARD KIFER RECEIVING STATION
NRS-KRS 115 kV TRANSMISSION LINE
pwc. NAME:
EMF FIGURES
FUTURE CROSS SECTION
FIGURE - 014
115 kV
NRS-KRS
12 kV
301L
C(0°)
B(120°)
A(240°)
NIIS>K IU, 111 kV 'Tra111ml11lo~
718 kc ml 24/7 ACCR •sw Bundlod
-l"I
~ Nom\:11 (,\j
Peak(Pl
ffl
1207
Norm:tl(,\j
0011.6
3G1L, 12 kV DliulbU!lon
1000 MCM 3/C UG AL Trlolo,.,a
F'l!!!!<(fll
~
201
Norrool(.Al
Hl0.8
fWl<(lll
ffl
201
Nom10l(/II
160.8
NOTES:
1. THE DIMENSIONED HEIGHTS ABOVE GROUND ARE THE
HEIGHTS ABOVE GROUND THAT ARE USED IN THE MAGNETIC
FIELD STRENGTH CALCULATIONS. THESE DIMENSIONED
A(240")
'o
I ;,.
8(120")
'o
I ·.,.
C(O")
(-) 0 (+) HEIGHTS ARE REPRESENTATIVE OF THE MINIMUM EXISTING OR
PROPOSED CONDUCTOR CLEARANCE IN THE SPECIFIED
SEGMENT. LOOKING SOUTH TOWARD KIFER RECEIVING STATION
2 . BUNDLED ACCR "STILT" CONDUCTOR HAS TWO
SUB-CONDUCTORS SPACED VERTICALLY 12" APART. THE
FINAL HEIGHT ABOVE GROUND FOR THIS CONDUCTOR IS
0' -6" LESS THAN THE DIMENSIONED HEIGHT.
Tngineering with Distinction·
=--= = -~ E l E C T R I C A l
• CONSUlTANTS, INC.
I Ill I IC S. I I IT A I A
SILICON
VALLEY
POWER.
CITY CF SANTA CLARA
NRS-KRS 115 kV TRANSMISSION LINE
pwc. NAME:
EMF FIGURES
FUTURE CROSS SECTION
FIGURE - 015
115 kV
NRS-KRS
12 kV
301L
C(0°)
B(120°)
A(240°)
NRS-KRS, 116 kV Transmln lon
716 kl.ml 2~17 ilO~ "Stil", Oundiod
l'aQJ<(/ll
~ Nofm(III~
A!ak(,6-l
~
1207
Nam I(~
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:1011., 12 kV llliulbu,lo"
1000 MCM 3/C lJO Al Tflol•iii<1
f'G@l((l>l
~
201
Noimru(~
1008
"""'V"I
~
201
No<rnil 1/11
100.8
NOTES:
1. THE DIMENSIONED HEIGHTS ABOVE GROUND ARE THE
HEIGHTS ABOVE GROUND THAT ARE USED IN THE MAGNETIC
FIELD STRENGTH CALCULATIONS. THESE DIMENSIONED
0 I ;,,
(-) 0 (+)
A(240·)
8(120·)
C(O')
'o
I ;,.
'o
I ·.,.
HEIGHTS ARE REPRESENTATIVE OF THE MINIMUM EXISTING OR
PROPOSED CONDUCTOR CLEARANCE IN THE SPECIFIED
SEGMENT. LOOKING SOUTH TOWARD KIFER RECEIVING STATION
2 . BUNDLED ACCR "STILT" CONDUCTOR HAS TWO
SUB-CONDUCTORS SPACED VERTICALLY 12" APART. THE
FINAL HEIGHT ABOVE GROUND FOR THIS CONDUCTOR IS
0' -6" LESS THAN THE DIMENSIONED HEIGHT.
Tngineering with Distinction·
=--= = -~ E l E C T R I C A l
• CONSUlTANTS, INC.
I Ill I IC S. I I IT A I A
SILICON
VALLEY
POWER.
CITY CF SANTA CLARA
NRS-KRS 115 kV TRANSMISSION LINE
pwc. NAME:
EMF FIGURES
FUTURE CROSS SECTION
FIGURE - 016
115 kV
NRS-KRS
12 kV
301L
C(0°)
B(120°)
A(240°)
12 kV
102L
C(0°)
B(120°)
A(240°)
NRS-KRS , 115 kV Tr,rnsmission
7 15 kc mil 24/7 ACCR "Stilt", Bundled
Peak(/\)
" N
0 Nonna! (A) N
-
Peak(/\)
(0 1207 N
0 Nonna! (A) N
965.6
301L, 12 kV Distribution
1000 M CM 3/ C UG AL Triplexed
Peak(/\)
" 201 ~
N Normal (A)
160.8
Peak(/\)
(0
201 N
0 Nonna! (A) N
160.8
102L, 12 kV Distribution
75! MCM 3/C UG AL Triplexed
Peak(/\)
"'
69 0
Nonna! (A) N
55.2 Peak(/\)
(0
69 N
0 Nonna! (A) N
55.2 NOTES:
1. THE DIMENSIONED HEIGHTS ABOVE GROUND ARE THE
HEIGHTS ABOVE GROUND THAT ARE USED IN THE MAGNETIC
FIELD STRENGTH CALCULATIONS. THESE DIMENSIONED
A(240")
'o
I ;,.
8(120")
'o
I
"st
C(O")
HEIGHTS ARE REPRESENTATIVE OF THE MINIMUM EXISTING OR
PROPOSED CONDUCTOR CLEARANCE IN THE SPECIFIED
SEGMENT. LOOKING SOUTH TOWARD KIFER RECEIVING STATION
2 . BUNDLED ACCR "S TILT" CONDUCTOR HAS TWO
SUB-CONDUCTORS SPACED VERTICALLY 12" APART. THE
FIN AL HEIGHT ABOVE GROUND FOR THIS CONDUCTOR IS
0' -6" LESS THAN THE DIMENSIONED HEIGHT .
Tngineering with Distinction·
=--= = -~ E l E C T R I C A l
. CONSUlTANTS, INC,
I Ill I IC S. I I IT A I A
SILICON
VALLEY
POWER.
CITY CF SANTA CLARA
NRS-KRS 115 kV TRANSMISSION LINE
pwc. NAME:
EMF FIGURES
FUTURE CROSS SECTION
FIGURE - 017
115 kV
NRS-KRS
60 kV
KRS-PLM
NR8•KR8, 11D kV Tr1"1ml11lon
715 kcml 24/7 ACCR "SUI", Bundled
F'mk(J\j
~ Na~(~
Pe!!k(.61
I
1207
Nerii'Bl(.61
965,6
KRS.~LM, BO kV Trl HlffllU IOII
716 ken112417 ACCR "Stil" Bundled
-~(/lj
~
24~
NorfJYll ("l
1938
Pea~(.41
ffl
242
Narrul (/lj
1~&
NOTES:
1. THE DIMENSIONED HEIGHTS ABOVE GROUND ARE THE
HEIGHTS ABOVE GROUND THAT ARE USED IN THE MAGNETIC
FIELD STRENGTH CALCULATIONS. THESE DIMENSIONED
HEIGHTS ARE REPRESENTATIVE OF THE MINIMUM EXISTING OR
PROPOSED CONDUCTOR CLEARANCE IN THE SPECIFIED
SEGMENT.
2 . BUNDLED ACCR "STILT" CONDUCTOR HAS TWO
SUB-CONDUCTORS SPACED VERTICALLY 12" APART. THE
FINAL HEIGHT ABOVE GROUND FOR THIS CONDUCTOR IS
0' -6" LESS THAN THE DIMENSIONED HEIGHT.
Tngineering with Distinction·
=--= = -~ E l E C T R I C A l
. CONSUlTANTS, INC,
I Ill I IC S. I I IT A I A
SILICON
VALLEY
POWER.
CITY CF SANTA CLARA
A(240')
b
I
8(120')
·..,.
b
I . ..,.
C(O")
A(240') c ~
b
I
1::,
8(120') c ~
b 'o
I I
1::, ·..,.
0--
C(O") cp-
b
I
io
"'
(-) 0 (+)
LOOKING SOUTH TOWARD KIFER RECEIVING STATION
NRS-KRS 115 kV TRANSMISSION LINE
pwc. NAME:
EMF FIGURES
FUTURE CROSS SECTION
FIGURE - 018
115 kV
NRS-KRS
60 kV
KRS-PLM
12 kV 12 kV 12 kV
203R 205R 101L
C(0°) C(0°) C(0°)
B(120°) B(120°) B(120°)
A(240°) A(240°) A(240°)
NRS-KRS, 115 kV Transmission 101L, 12 ~v Distribution
715 kcmi1 24/7 ACCR "Stitt", Bundled 750 MCM J.'C UG AL Triple-:tiEHI Peak(!'y Peak (A)
"' ~ Normal (!'y
"' 241
~ Normal(!'y
192.8
Peak(!'y Raak (A)
~ 1JJ7
1'l Normal (!'y ~
241
Normal(!'y
!ffi.6 192.8
KRS-f>LM, 60 kV Transmission
715 kcmil 24/ 7 ACCR "Stilt", Bundled
Peak(!'y
"' 242
~ Normal(!'y
193.6
Peak(!'y
co 242
~ Normal (!'y
193.6
203R , 12 kV Distribution
1000 MCM 3/C UG AL Triplexed
Peak(!'y
"' 165
~ Normal (!'y
132
Peak(!'y
co 165
~ Normal (!'y
132
205R, 12 kV Distribution
1000 MCM 3/C UG AL Triplexed
Peak(!'y
"' 53
~ Normal (!'y
44.8 Peak(!'y
co 53
~ Normal (!'y
44.8 NOTES:
1. THE DIMENSIONED HEIGHTS ABOVE GROUND ARE THE
HEIGHTS ABOVE GROUND THAT ARE USED IN THE MAGNETIC
FIELD STRENGTH CALCULATIONS. THESE DIMENSIONED
A(240")
8(120")
C(0")
A(240")
8(120")
C(O")
6'-0"
TYP.
HEIGHTS ARE REPRESENTATIVE OF THE MINIMUM EXISTING OR
PROPOSED CONDUCTOR CLEARANCE IN THE SPECIFIED
SEGMENT. LOOKING SOUTH TOWARD KIFER RECEIVING STATION
2 . BUNDLED ACCR "STILT" CONDUCTOR HAS TWO
SUB-CONDUCTORS SPACED VERTICALLY 12" APART. THE
FINAL HEIGHT ABOVE GROUND FOR THIS CONDUCTOR IS
0' -6" LESS THAN THE DIMENSIONED HEIGHT.
Tngineering with Distinction·
=-= = -! El E C T R I C A l
. CONSUlTANTS, INC,
I Ill I I IS. I I IT A I A
SILICON
VALLEY
POWER.
CITY CF SANTA CLARA
'o
I ;,.
'o
I ;,.
'"' I
·oo
\a
I
·oo
'o
I
1x,
"'
b
I
b
00 NRS-KRS 115 kV TRANSMISSION LINE
pwc. NAME:
EMF FIGURES
FUTURE CROSS SECTION
FIGURE - 019
NRS-KRS 115KV TRANSMISSION LINE PROJECT
JULY 2024 ADMINISTRATIVE DRAFT MND/IS
Appendix H
PUBLIC COMMENTS ON DRAFT IS/MND
NRS-KRS 115KV TRANSMISSION LINE PROJECT
SEPTEMBER 2024 FINAL IS/MND
State of California Natural Resources Agency GAVIN NEWSOM, Governor DEPARTMENT OF FISH AND WILDLIFE CHARLTON H. BONHAM, Director Bay Delta Region
2825 Cordelia Road, Suite 100
Fairfield, CA 94534
(707) 428-2002
www.wildlife.ca.gov
August 29, 2024
Allie Jackman, Project Manager, Principal Electric Utility Engineer City of Santa Clara
881 Martin Avenue
Santa Clara, CA 95050
[email protected]
Subject: NRS-KRS 115 kV Transmission Line, Draft Initial Study/Mitigated Negative Declaration, SCH No. 2024080009, City and County of Santa Clara Dear Allie Jackman:
The California Department of Fish and Wildlife (CDFW) received a Notice of Intent to Adopt an Initial Study/Mitigated Negative Declaration (IS/MND) from the City of Santa Clara (City) for the Project pursuant the California Environmental Quality Act (CEQA) and CEQA Guidelines.1 CDFW is submitting comments on the draft IS/MND as a means to inform the City as the Lead Agency, of potentially significant impacts to biological resources associated with the Project.
Thank you for the opportunity to provide comments and recommendations regarding those activities involved in the Project that may affect California fish and wildlife.
Likewise, we appreciate the opportunity to provide comments regarding those aspects of the Project that CDFW, by law, may be required to carry out or approve through the exercise of its own regulatory authority under the Fish and Game Code.
CDFW ROLE
Trustee Agency for fish and wildlife resources and holds those resources in trust by statute for all the people of the state. (Fish & G. Code, §§ 711.7, subd. (a) & 1802; Pub. Resources Code, § 21070; CEQA Guidelines § 15386, subd. (a).) CDFW, in its trustee capacity, has jurisdiction over the conservation, protection, and management of fish, wildlife, native plants, and habitat necessary for biologically sustainable populations of those species. (Id., § 1802.) Similarly, for purposes of CEQA, CDFW is charged by law to provide, as available, biological expertise during public agency environmental review efforts, focusing specifically on projects and related activities that have the potential to adversely affect fish and wildlife resources.
CDFW is also submitting comments as a Responsible Agency under CEQA. (Pub.
Resources Code, § 21069; CEQA Guidelines, § 15381). CDFW expects that it may 1 Comment Set A001 - California Department of Fish and Wildlife (CDFW) Docusign Envelope ID: 941EA1C0-1B7A-448D-9387-74D92C00CC30 ~
CDFW is California's
CEQA is codified in the California Public Resources Code in section 21000 et seq. The "CEQA Guidelines " are found in Title 14 of the California Code of Regulations , commencing with section 15000.
Conserving Ca[ifornia's WiU[ife Since 1870
NRS-KRS 115KV TRANSMISSION LINE PROJECT
SEPTEMBER 2024 FINAL IS/MND
Allie Jackman
City of Santa Clara
August 29, 2024
need to exercise regulatory authority over the Project pursuant to the Fish and Game Alteration (LSA) regulatory authority, if the Project impacts the bed, channel or bank of any river, stream or lake within the State (Fish & G. Code, § 1600 et seq.). Likewise, to protected under the California Endangered Species Act (CESA) (Fish & G. Code, § 2050 et seq.), the Project proponent may seek related take authorization as provided by the Fish and Game Code.
REGULATORY REQUIREMENTS
California Endangered Species Act
A CESA Incidental Take Permit (ITP) must be obtained from CDFW if the Project has issuance, any Project modifications and mitigation measures must be incorporated into the CEQA document analysis, discussion, and mitigation monitoring and reporting program. If the Project will impact CESA listed species, early consultation is encouraged, as significant modification to the Project and mitigation measures may be required in order to obtain a CESA permit.
CEQA requires a mandatory finding of significance if a project is likely to substantially impact threatened or endangered species. Pub. Resources Code, §§ 21001, subd. (c) & 21083; CEQA Guidelines, §§ 15380, 15064 & 15065). In addition, pursuant to CEQA, the Lead Agency cannot approve a project unless all impacts to the environment are avoided or mitigated to less-than-significant levels, or the Lead Agency makes and supports Findings of Overriding Consideration (FOC) for impacts that remain significant despite the implementation of all feasible mitigation. FOC under CEQA, however, does Code.
Lake and Streambed Alteration
CDFW requires an LSA Notification, pursuant to Fish and Game Code section 1600 et seq., for Project activities affecting rivers, lakes or streams and associated riparian habitat. Notification is required for any activity that may substantially divert or obstruct the natural flow; change or use material from the bed, channel, or bank (including associated riparian or wetland resources); or deposit or dispose of material where it may pass into a river, lake, or stream. Work within ephemeral streams, drainage ditches, washes, watercourses with a subsurface flow, and floodplains is generally Comment Set A001 - California Department of Fish and Wildlife (CDFW) (continued) A1-1
A1-2
Docusign Envelope ID: 941EA1C0-1B7A-448D-9387-74D92C00CC30 Code. For example, the Project may be subject to CDFWs Lake and Streambed the extent the Project may result in "take" as defined by State law of any species the potential to result in "take" of plants or animals listed under CESA, either during construction or over the life of the Project. Under CESA, "take" means "hunt, pursue, catch, capture, or kill, or attempt to hunt, pursue, catch, capture, or kill." (Fish & G.
Code, § 86). CDFWs issuance of an ITP is subject to CEQA and to facilitate permit not eliminate the Project proponent's obligation to comply with the Fish and Game NRS-KRS 115KV TRANSMISSION LINE PROJECT
SEPTEMBER 2024 FINAL IS/MND
Allie Jackman
City of Santa Clara
August 29, 2024
subject to notification requirements. In addition, infrastructure installed beneath such aquatic features, such as through hydraulic directional drilling, is also generally subject to notification requirements. Therefore, any impact to the mainstems, tributaries, or floodplains or associated riparian habitat caused by the proposed Project will likely require an LSA Notification.
Migratory Birds and Raptors
CDFW has authority over actions that may result in the disturbance or destruction of active bird nest sites or the unauthorized take of birds. Fish and Game Code sections protecting birds, their eggs, and nests include section 3503 (regarding unlawful take, possession, or needless destruction of the nests or eggs of any bird), section 3503.5 (regarding the take, possession, or destruction of any birds-of-prey or their nests or eggs), and section 3513 (regarding unlawful take of any migratory nongame bird).
Migratory birds are also protected under the federal Migratory Bird Treaty Act (MBTA).
Fully Protected Species
Several Fully Protected Species (Fish & G. Code § 3511 and 4700) have the potential to occur within or adjacent to the Project area.
Project activities described in the IS/MND should be designed to completely avoid any fully protected species that have the potential to be present within or adjacent to the Project area. Fully protected species may not be taken or possessed at any time and no licenses or permits may be issued for their take except as follows:
Take is for necessary scientific research;
Efforts to recover a fully protected, endangered, or threatened species, live capture and relocation of a bird species for the protection of livestock; or They are a covered species whose conservation and management is provided for in a Natural Community Conservation Plan (Fish & G. Code, §§ 3511, 4700, 5050, & 5515).
Specified types of infrastructure projects may be eligible for an ITP for unavoidable impacts to fully protected species if certain conditions are met (Fish & G. Code §2081.15).
CDFW also recommends the IS/MND analyze potential adverse impacts to fully protected species due to habitat modification, loss of foraging habitat, and/or interruption of migratory and breeding behaviors. CDFW recommends that the City include in the analysis how appropriate avoidance, minimization and mitigation measures will reduce indirect impacts to fully protected species. Project proponents should consult with Comment Set A001 - California Department of Fish and Wildlife (CDFW) (continued) A1-2
(cont'd)
A1-3
A1-4
Docusign Envelope ID: 941EA1C0-1B7A-448D-9387-74D92C00CC30 •
•
NRS-KRS 115KV TRANSMISSION LINE PROJECT
SEPTEMBER 2024 FINAL IS/MND
Allie Jackman
City of Santa Clara
August 29, 2024
CDFW early in the Project planning process.
PROJECT DESCRIPTION SUMMARY
Proponent: City of Santa Clara
Objective: Silicon Valley Power (SVP) is proposing to construct approximately 2.24 miles of a new 115 kilovolts (kV) transmission line (Project) within the City of Santa Clara limits in Santa Clara County, California. The proposed transmission line will begin at the SVP Northern Receiving Station (NRS), approximately 0.2 miles southeast of Duane Avenue to end at the SVP Kifer Receiving Station (KRS), approximately 0.1 miles northwest of the intersection of Lafayette Street and Central Expressway.
Two different Options have been proposed for the Project. Under Option 1, the entire Project would be overhead, with transmission lines on new poles. Under Option 2, the Project would be underground from the median of Lafayette Street near NRS to approximately 300 feet south of the intersection of Lafayette Street and Agnew Road, then overhead south of Agnew Road to KRS.
Location: The NRS is located south of the intersection of Bill Walsh Way and Stars and is located approximately 0.1 miles northwest of the intersection of Lafayette Street and Central Expressway in the City and County of Santa Clara, Citywide.
Timeframe: The construction phase is expected to take approximately 14 months for the overhead option and is anticipated to be completed by early 2028.
COMMENTS AND RECOMMENDATIONS
CDFW offers the comments and recommendations below to assist the City in significant, direct and indirect impacts on fish and wildlife (biological) resources.
ENVIRONMENTAL SETTING
Sufficient information regarding the environmental setting is necessary to understand any potentially significant impacts on the environment of the proposed Project (CEQA Guidelines, §§15063 & 15360). CDFW recommends that a full list or table is included in the updated Biological Resources Section of the IS/MND that notes species common name, scientific name, state and federal listing status (as applicable), habitat type preference and determination on presence, for all special-status species with the potential to occur within the Project area.
Comment Set A001 - California Department of Fish and Wildlife (CDFW) (continued) A1-5
A1-4
(cont'd)
Docusign Envelope ID: 941EA1C0-1B7A-448D-9387-74D92C00CC30 I
Levi's Stadium, and would travel south down Lafayette Street, Bassett Street and Stripes Drive, immediately adjacent to the southeast corner of Levi's Stadium. The KRS adequately identifying and/or mitigating the Project's significant, or potentially NRS-KRS 115KV TRANSMISSION LINE PROJECT
SEPTEMBER 2024 FINAL IS/MND
Allie Jackman
City of Santa Clara
August 29, 2024
CDFW recommends the IS/MND provide baseline habitat assessments for special- status plant, fish and wildlife species located and potentially located within the Project area and surrounding lands, including all rare, threatened, and endangered species (CEQA Guidelines, §15380). The IS/MND should describe aquatic habitats, such as wetlands or waters of the U.S. or State, and any sensitive natural communities or riparian habitat occurring on or adjacent to the Project area (for sensitive natural communities see:
https://wildlife.ca.gov/Data/VegCAMP/NaturalCommunities#sensitive%20natural%20co mmunities), and any stream or wetland set back distances the City or Santa Clara County may require.
CDFW recommends that the California Natural Diversity Database (CNDDB), as well as previous studies performed in the area, be consulted to assess the potential presence of sensitive species and habitats. A nine United States Geologic Survey 7.5-minute quadrangle search is recommended to determine what may occur in the region, larger if the Project area extends past one quad (see Data Use Guidelines on the Department webpage www.wildlife.ca.gov/Data/CNDDB/Maps-and-Data). Please review the webpage for information on how to access the database to obtain current information on any previously reported sensitive species and habitat, including Significant Natural Areas identified under Chapter 12 of the Fish and Game Code, in the vicinity of the Project. CDFW recommends that CNDDB Field Survey Forms be completed and submitted to CNDDB to document survey results. Online forms can be obtained and submitted at: https://www.wildlife.ca.gov/Data/CNDDB/Submitting-Data. houses, nor is
it an absence database. CDFW recommends that it be used as a starting point in gathering information about the potential presence of species within the general area of the Project site. Other sources for identification of species and habitats near or adjacent to the Project area should include, but may not be limited to, State and federal resource agency lists, California Wildlife Habitat Relationship System, California Native Plant Society Inventory, agency contacts, environmental documents for other projects in the vicinity, academics, and professional or scientific organizations. Only with sufficient data and information can the City adequately assess which special-status species are likely to occur in the Project vicinity.
According to Biogeographic Information and Observation System (BIOS) records, the Project site contains positive detections of several special-status species and has the potential to support numerous special-status species and their associated habitat.
Species with potential to occur on-site include but are not limited to those listed in Attachment 1.
Comment Set A001 - California Department of Fish and Wildlife (CDFW) (continued) A1-6
A1-7
A1-8
Docusign Envelope ID: 941EA1C0-1B7A-448D-9387-74D92C00CC30 Please note that CDFW's CNDDB is not exhaustive in terms of the data it NRS-KRS 115KV TRANSMISSION LINE PROJECT
SEPTEMBER 2024 FINAL IS/MND
Allie Jackman
City of Santa Clara
August 29, 2024
I. Environmental Setting and Related Impact Shortcoming Would the Project have a substantial adverse effect, either directly or through habitat modifications, on any species identified as a candidate, sensitive, or special-status species in local or regional plans, policies, or regulations, or by CDFW or U.S. Fish and Wildlife Service (USFWS)?
COMMENT 1: Nesting Bird Surveys
The Project includes removal of up to 3 trees and pruning of an additional 33 trees. In CNDDB, white-tailed kite (Elanus leucurus), and tricolored blackbird (Agelaius tricolor) have been seen within two miles of the Project and golden eagle within three miles of the Project. The draft IS/MND states that the Project has the potential to disturb special- status species and nesting habitat for birds and raptors. Take of nesting birds, birds in the orders Falconiformes or Strigiformes, and migratory nongame bird as designated in the MBTA is a violation of Fish and Game Code (§ 3503, 3503.5, 3513).
Impacts could occur through direct damage or mortality to birds and nests as well as potential electrocution. The draft IS/MND states that the Project is being designed with enough distance in between the conductor wires, so it will be in compliance with current Avian Power Line Interaction Committee (APLIC) guidelines (p. 4-3). Electric distribution lines are typically placed within the range of average bird flight level and are difficult for birds to see. Many birds, particularly raptors and waterbirds, seek out tall perches like distribution poles to hunt for food or perch and roost. Frequent use of poles increases the exposure to energized parts when flying on and off a pole. Nesting material may also cause an electrical connection, or the nest material could catch on fire, killing the bird and damaging the power structure.
Linear features such as generator-tie lines and interior and perimeter fences present collision hazard to birds, and electric lines represent a potential electrocution hazard.
The IS/MND should include measures that require all powerlines to be placed underground, if feasible .
Recommended Mitigation Measure 1: Nesting Bird Surveys
Amend MM BIO-4 to include the following considerations. If Project-related work is scheduled during the nesting season (typically February 15 to August 30 for small bird species such as passerines; January 15 to September 15 for owls; and February 15 to September 15 for other raptors), a professional biologist experienced with the applicable species and habitat shall conduct two surveys for active nests of such birds within 14 days prior to the beginning of Project construction, with a final survey conducted within 48 hours prior to construction. Appropriate minimum survey radii surrounding the work area are typically the following: i) 250 feet for passerines; ii) 500 feet for small raptors Comment Set A001 - California Department of Fish and Wildlife (CDFW) (continued) A1-9
A1-10
Docusign Envelope ID: 941 EA 1 C0-1 B7 A-448D-9387-7 4D92C00CC30 , and as noted in parts of "Option 2"
NRS-KRS 115KV TRANSMISSION LINE PROJECT
SEPTEMBER 2024 FINAL IS/MND
Allie Jackman
City of Santa Clara
August 29, 2024