Silicon Valley Clean Energy Community Resilience Grant Agreement

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SILICON VALLEY CLEAN ENERGY
COMMUNITY RESILIENCE PROGRAM – CAPITAL

PROJECTS GRANT AGREEMENT
THIS AGREEMENT is made and effective as of April 13, 2022 (“Effective Date”), by and between the SILICON VALLEY CLEAN ENERGY AUTHORITY ("SVCE"), an independent public agency, and City of Sunnyvale , a local municipality (“Recipient”). In consideration of the covenants, conditions and undertakings set forth herein, the parties agree as follows:

1. RECITALS. This Agreement is made with respect to the following facts and purposes which each of the parties acknowledge and agree are true and correct:

A. SVCE’s community resilience program (“Program”) will provide $5M in grants to member jurisdictions to plan and develop resilience projects. The grant maximum for each jurisdiction is based on proportion of load as determined by SVCE.

B. As a condition of eligibility to receive funding under the Program, projects must:
(1) support a critical facility and/or provide community services during a power outage; (2) enable self-sufficient access to power during an outage, or decrease the risk of power outages; and (3) be zero carbon.

C. Recipient submitted an application for Program funding, attached hereto and incorporated herein as Exhibit A, for installation of energy resilience infrastructure (“Project”).

The scope and estimated budget for the Project are attached hereto and incorporated herein as Exhibit B.

D. SVCE finds that the use of Grant Funds described herein furthers a public purpose and meets the goals and objectives established for the Program, and desires to award Recipient a one-time grant pursuant to the terms of this Agreement.

2. GRANT. SVCE hereby agrees to provide funding to Recipient in an amount not to exceed $1,000,000.00 subject to the provisions of this Agreement (“Grant Funds”). Such Grant Funds shall be disbursed to Recipient on a reimbursement basis. It is agreed and understood that the Grant Amount is a ceiling and that SVCE will only reimburse the allowable cost of services actually rendered as authorized by SVCE at or below the Grant Amount established herein.

3. REIMBURSEMENT OF GRANT FUNDS. Grant Funds shall be reimbursed pursuant to the following process:

A. SVCE shall reimburse Recipient for its actual and reasonable costs of constructing the Project up to the agreed upon Grant Funds.

B. Requests for payment submitted to SVCE shall include: 1) an itemized list of all expenditures; 2) supporting documentation that clearly identifies the expenditure(s) in relation to DocuSign Envelope ID: CEE12293-E980-4FD8-B43B-95F12CDEFEA2 Attachment 1

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the scope of the Project set forth in Exhibit B of this Agreement; and 3) the Job Impacts Data Collection Worksheet, attached hereto as Exhibit C. Payment requests should be aggregated and submitted no more often than once per month.

C. SVCE shall process requests for payment and remit payment within 30 days.

D. If, in SVCE’s sole discretion, the request for payment is incomplete, inadequate, or inaccurate, SVCE may dispute the invoice for reasonable cause and hold all or a portion of the payment request until all required information is received or corrected. Any penalties imposed on the Recipient by a contractor, or other consequence, because of delays in payment or other breach of the agreement between the Recipient and the contractor are the responsibility of the Recipient and are not reimbursable under this Agreement.

E. Unless otherwise authorized by SVCE in writing, Recipient shall submit all documentation of Project completion, including a final request for payment, within sixty (60) days of Project completion.

F. Final payment of remaining Grant Funds, including any amounts withheld from previous payments, shall be paid up to the total amount of the actual Project cost, not to exceed the Grant Funds amount set forth in this Agreement, upon completion of the Project, receipt of the final report and final request for payment from the Recipient in a form and content satisfactory to SVCE.

4. USE OF GRANT FUNDS. Recipient shall use the Grant Funds to support the Program as set forth in Exhibits A and B. Any use(s) of Grant Funds not contemplated in this Agreement must be approved in writing by SVCE. This Agreement was awarded to Recipient based on the application submitted by Recipient with the intention that the awarded funds would be used to implement the Project as described in Exhibit A and Exhibit B. Any substantive deviation during Project implementation may require reevaluation or result in loss of funding. In no event shall Recipient’s Grant Funds or scope of work be increased. If Recipient knows or should have known that substantive changes to the Project will occur or have occurred, Recipient will immediately notify SVCE in writing. SVCE will then determine whether the Project is still consistent with the overall objectives of the Program and whether the changes would have negatively affected the Project ranking during the Grant evaluation process. SVCE reserves the right to have Grant Funds withheld from Recipient, or refunded to SVCE, due to Recipient’s failure to satisfactorily complete the Project or due to substantive changes to the Project.

5. TERM. This Agreement shall commence on the Effective Date, and shall remain and continue in effect until the final Grant Funds are paid to Recipient, unless sooner terminated pursuant to the provisions of this Agreement. Projects must be complete no later than December 31, 2023.

6. REPORTING AND RECORDS. Recipient agrees to cooperate with SVCE and provide requested information, if any, related to the use of Grant Funds and the Project, including for the purposes of SVCE’s evaluation, measurement, and verification activities for the Program.

Recipient will cooperate in good faith with SVCE or its authorized representative in performing evaluation, measurement and verification (EM&V) of the Program. Information accessed for DocuSign Envelope ID: CEE12293-E980-4FD8-B43B-95F12CDEFEA2 Attachment 1

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EM&V may include, but is not limited to, onsite verification of Project operation, Program compliance, and Project records, analysis of facility billing metered data, analysis of data collected from facility-owned submetering, and collection of supplementary metered data on- site. All information collected will be held confidentially and will be used by SVCE or its authorized representative for Program analysis purposes only. Recipient is responsible for ensuring, through a separate agreement between Recipient and property owner, that property owner shall cooperate with SVCE to provide any documentation and assist in analysis and provide access to the Project site at reasonable times, during the construction of the Project and for a period of up to two (2) years from the completion of the Project. During the course of the Project and for three (3) years thereafter from the receipt of the final Grant Funds, the Recipient agrees to maintain, intact and readily accessible, all communications, data, documents, reports, records, contracts, and supporting materials relating to the Project, as SVCE may require. The Recipient agrees to have financial and compliance audits performed as SVCE may require.

7. LEGAL RESPONSIBILITIES. Recipient shall keep itself informed of all local, State and Federal ordinances, laws and regulations which in any manner affect those employed by it or in any way affect the performance under this Agreement. Recipient shall at all times observe and comply with all such ordinances, laws and regulations. SVCE, and its officers and employees, shall not be liable at law or in equity occasioned by failure of Recipient to comply with this Section.

8. PREVAILING WAGES. By accepting the Grant Funds, Recipient as a material term of this Agreement shall be fully responsible for complying with all California public works requirements including but not limited to payment of prevailing wage. Therefore, as a material term of this Agreement, to the extent required by California law, Recipient shall ensure that prevailing wages are paid, that the project budget for labor reflects these prevailing wage requirements, and that the project complies with all other requirements of prevailing wage law, including that Recipient’s subcontractors also comply with all applicable public works/prevailing wage requirements.

9. PROCUREMENT. At minimum, Recipient shall solicit at least three bids and select the lowest bidder when procuring goods or services, where the costs are eligible for reimbursement under this Agreement. In the event the Recipient is required by statute or policy to solicit additional bids or follow a more stringent solicitation process, Recipient shall follow such process. Recipient may also procure goods and services through California Government Code section 4217.10.

10. CALIFORNIA PUBLIC RECORDS ACT. Recipient acknowledges that SVCE is subject to the California Public Records Act (Gov. Code § 6250 et seq.). SVCE acknowledges that Recipient may submit information to SVCE that Recipient considers to be confidential, proprietary, or trade secret information. Only such information clearly designated in writing as “confidential” shall be deemed “Confidential Information.” Upon request or demand of any third person or entity (“Requestor”) for the production, inspection, and/or copying of Confidential Information, SVCE shall notify Recipient that such request has been made. Recipient shall be solely responsible for taking whatever legal steps are necessary to protect Confidential Information and to prevent its release to the Requestor. Without limiting SVCE’s right to disclose Confidential Information as may be required by law, if Recipient takes no such action DocuSign Envelope ID: CEE12293-E980-4FD8-B43B-95F12CDEFEA2 Attachment 1

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after receiving the foregoing notice from SVCE, SVCE shall be permitted to release information it deems subject to disclosure.

11. NOTICES. Any notices provided under this Agreement must be in writing and may be given either by mail or e-mail to the following addresses:

SVCE: Silicon Valley Clean Energy Authority

333 W. El Camino Real #330
Sunnyvale, CA 94087
Attention: Kevin Armstrong
RECIPIENT:

City of Sunnyvale
505 W. Olive Ave, Ste 115
Sunnyvale, CA 94086
Attention:_Madeline Willett
DEPENDENT CONTRACTOR.
ecipient shall at all times remain as to the SVCE a wholly independent

SURANCE.
n or before the commencement of the term of this Agreement, Recipient shall furnish SVCE with certificates showing the type, amount, class of operations covered, effective dates, and dates of expiration of insurance coverage in compliance with the requirements in this -4-
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contractor. The personnel performing the services under this Agreement on behalf of Recipient shall at all times be under Recipient's exclusive direction and control. Neither SVCE nor any of its officers, employees, agents, or volunteers shall have control over the conduct of Recipient or any of Recipient's officers, employees, or agents except as set forth in this Agreement. Recipient shall not at any time or in any manner represent that it or any of its officers, employees or agents are in any manner officers, employees or agents of the SVCE. Recipient shall not incur or have the power to incur any debt, obligation or liability whatever against SVCE, or bind SVCE in any manner.

B. No employee benefits shall be available to Recipient in connection with the performance of this Agreement. Except for the fees paid to Recipient as provided in the Agreement, SVCE shall not pay salaries, wages, or other compensation to Recipient for performing services hereunder for SVCE. SVCE shall not be liable for compensation or indemnification to Recipient for injury or sickness arising out of performing services hereunder.

13. INDEMNIFICATION. Recipient shall indemnify, protect, defend and hold harmless SVCE, its elected officials, officers, employees, volunteers, and representatives from any and all suits, claims, demands, losses, defense costs or expenses, actions, liability or damages of whatsoever kind and nature which SVCE, its officers, agents and employees may sustain or incur or which may be imposed upon them for injury to or death of persons, or damage to property arising out of Recipient’s acts or omissions arising out of or in any way related to the performance or non-performance of this Agreement.

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Section. Recipient shall maintain such coverage in full force at all times for the duration of this Agreement, at its sole cost and expense. Nothing herein shall be construed as a limitation on Recipient indemnification obligations under this Agreement.

B. Recipient shall maintain the following minimum insurance coverages:
1) Workers’ compensation, as required by the State of California; 2) Commercial general liability coverage with minimum limits of $1,000,000 per occurrence and $2,000,000 aggregate for bodily injury and property damage. ISO occurrence Form CG 0001 or equivalent is required;
3) Comprehensive automotive liability coverage with minimum limits of $1,000,000 per accident for bodily injury and property damage. ISO Form CA 0001 or equivalent is required.

C. Such coverages shall be issued by an insurer(s) licensed to conduct business in the State of California, with a minimum A.M. Best’s Insurance Rating of A:VII unless otherwise approved in writing as satisfactory to SVCE.

D. The insurance limits required by SVCE are not represented as being sufficient to protect Recipient. Recipient is advised to confer with its insurance broker to determine adequate coverage for Recipient.

E. Self-Insurance. Recipient may fulfill the insurance requirements contained in this Agreement under a plan of self-insurance.

15. DEFAULT AND TERMINATION. Should an Event of Default occur, SVCE shall provide a notice of default to Recipient and shall give Recipient at least fifteen (15) calendar days from the date the notice is sent to cure the Event of Default. If Recipient fails to cure the Event of Default within the time prescribed, SVCE may, at SVCE’s sole discretion, withhold Grant Funds not yet disbursed hereunder, require the return or repayment of Grant Funds already disbursed, and/or terminate this Agreement by written notice which shall be effective upon receipt by Recipient. “Event of Default” shall mean the occurrence of any one or more of the following events by Recipient: (a) any false statement, representation, or warranty contained in this Agreement, the Application, or any other document submitted to SVCE; (b) failure to comply with applicable laws; (c) a failure to maintain in effect any policy of insurance required under this Agreement; or (d) a material breach of this Agreement.

16. NON-APPROPRIATION. Recipient acknowledges that SVCE is a public agency. In the event that sufficient funds for the performance of this Agreement are not appropriated by the SVCE Board of Directors in any fiscal year covered by this Agreement, this Agreement may be terminated by SVCE, without penalty, by giving notice to Recipient of such facts and of SVCE’s intention to terminate.

17. NON-WAIVER. Failure to exercise any right the SVCE may have or be entitled to, in the event of default hereunder, shall not constitute a waiver of such right or any other right in the event of a subsequent default.

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ENDMENT OF AGREEMENT. No modification, rescission, waiver, release or amendment of any provision of this Agreement shall be made except by a written agreement executed by the Recipient and the SVCE.

SIGNMENT PROHIBITED. In no event shall the Recipient assign or transfer any portion of this Agreement.

VERNING LAW. This Agreement shall be governed by the laws of the State of California. Any legal action brought under this Agreement must be instituted in the Superior Court of the County of Santa Clara, State of California.

THIRD-PARTY BENEFIT. The provisions of this Agreement are for the sole benefit of the parties hereto and confer no rights, benefits, or claims upon any person or entity not a party hereto.

VERABILITY. If any provision of this Agreement is held to be invalid or

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unenforceable for any reason, the remaining provisions will continue in full force without being impaired or invalidated in any way. The parties agree to replace any invalid provision with a valid provision that most closely approximates the intent and economic effect of the invalid provision.

23. RECIPIENT'S AUTHORITY. Recipient represents and warrants that (a) it has the power and authority to enter into this Agreement and to perform its obligations hereunder; (b) the person who executes this Agreement on its behalf has the necessary authority to bind Recipient; and (c) neither the execution and delivery of this Agreement nor the performance of its obligations hereunder will constitute a violation of, a default under, or conflict with any term of any governance documents or other agreements to which it is bound.

24. COUNTERPARTS. This Agreement may be executed in one or more counterparts, each of which shall be deemed an original and all of which shall be taken together and deemed to be one instrument. Faxed and PDF counterpart signatures are sufficient to make this Agreement effective.

25. ENTIRE AGREEMENT. This Agreement contains the entire understanding between the parties relating to the obligations of the parties described in this Agreement. All prior or contemporaneous agreements, understandings, representations and statements, oral or written, are merged into this Agreement and shall be of no further force or effect. Each party is entering into this Agreement based solely upon the representations set forth herein and upon each party's own independent investigation of any and all facts such party deems material.

IN WITNESS WHEREOF, the parties hereto have caused this Agreement to be executed the day and year first above written.

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By: _____________________________
Name: Kent Steffens

Title: City Manager
By: _____________________________
Name:

Title:
[*Note: Signatures of two corporate officers are required for corporations – First signature must be one of the following: 1) the chairman of the board; 2) the president; or 3) any vice president. The second corporate signature must be one of the following: 1) the secretary; 2) any assistant secretary; 3) the chief financial officer; or 4) any assistant treasurer. Signature of City Manager is required for cities.]

SILICON VALLEY CLEAN

ENERGY AUTHORITY
_____________________
Girish Balachandran, CEO
APPROVED AS TO FORM:
________________________________
Trisha Ortiz, General Counsel

CITY OF SUNNYVALE
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EXHIBIT A
[See attached Application]

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EXHIBIT B
Scope of Work
The City of Sunnyvale is currently constructing Phase 1 of its Civic Center Modernization Project. The approximately 26-acre campus is located at the corner of South Mathilda Avenue and El Camino Real, extending to South Pastoria Avenue and north of West Olive Avenue. The campus is home to Sunnyvale’s City Hall, Public Library and Public Safety Headquarters. Phase 1, guided by a Master Plan approved by the City Council in 2018, is comprised of building a LEED Platinum Net-Zero Energy City Hall and a LEED Gold Equivalent Emergency Operation Center (EOC), renovating the existing Public Safety Headquarters and creating approximately six acres of open space.

The new LEED Platinum City Hall will be a 4-story, 118,698 square foot all-electric Net-Zero Energy building. A roof-mounted photovoltaic (PV) solar array and battery energy storage system (BESS) will generate and store as much electricity as the building will consume over the course of a year, making its net consumption of electricity zero. The new City Hall will be equipped with a rooftop solar array included with a 250 kWh BESS and microgrid controls to allow City Hall to achieve Net Zero Energy. When the solar array is producing more electricity than the building is using, excess electricity will be stored in a battery located in the City Hall’s Utility Yard. Once the battery is fully charged, any excess electricity will be transferred to the power grid. In situations where the solar array is not producing enough energy to support City Hall, the BESS can power the building with stored electricity. If the battery is depleted and the solar array is not producing enough electricity, City Hall would draw electricity from the power grid. The energy draw from the power grid would be offset by the excess power produced by the solar array allowing the building to achieve net-zero energy. During a power outage, the battery system and microgrid controls also can power City Hall and support critical emergency response functions.

The construction of City Hall kicked off at the end of 2021. The City is requesting grant funding for the solar Array and the BESS Battery. All this equipment and installation is quoted to cost $1,667,030.14 with the solar array costing $917,030.14 and the BESS costing $750,000. The solar array’s structure has not been included in this itemized quote.

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EXHIBIT C
Job Impacts Data Collection Worksheet
To be completed with reimbursement requests
Silicon Valley Clean Energy Community Resilience Program Job Impacts Data Collection
Worksheet

Instructions: The form should be completed and submitted with each invoice. Each contractor and subcontractor should complete a separate form. The information will be used by SVCE to better understand the economic impacts of program investments and will have no impact on payment or performance evaluation of the grantee or contractors. Please be as accurate and complete as possible.

Position Title
Total
Employees
in Position*
Average
Hourly
Wage
Total
Hours
Worked**
Employer-
Sponsored
Health
Benefits?
Y/N

Solar Installer
Installation Supervisor
Add rows***

*Sum of all individual employees with at least (1) labor hour during the invoice period
**Sum of all the hours of all employees at this title/wage for the invoice period
***Add rows as need for additional employees
Note: If this reporting system does not align with the funding source of your project, please contact SVCE to discuss possible reporting alternatives.

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EXHIBIT D
Backup Documentation:
(1) Original BESS and Solar Array cost estimates from contractor (2) Updated BESS and Solar Array cost estimates from contractor (3) Technical specifications for the battery energy storage system (BESS) (4) BESS drawings
(5) Technical specifications for the solar photovoltaic array (6) Solar array drawings
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CommunityResilienceGrantAgreement_
Sunnyvale
FinalAuditReport 2022-04-16
Created: 2022-04-14
By: LindaLovett([email protected])
Status: Signed
TransactionID: CBJCHBCAABAAYxRw-nzLpI3hCsy1TChkm3TLePjWnv10 "CommunityResilienceGrantAgreement_Sunnyvale"History DocumentcreatedbyLindaLovett([email protected]) 2022-04-14-9:34:23PMGMT-IPaddress:73.170.254.212 DocumentemailedtoKentSteffens([email protected])forsignature 2022-04-14-9:35:25PMGMT
EmailviewedbyKentSteffens([email protected]) 2022-04-14-11:36:14PMGMT-IPaddress:198.94.221.66 Documente-signedbyKentSteffens([email protected]) SignatureDate:2022-04-16-0:08:27AMGMT-TimeSource:server-IPaddress:198.94.221.66 Agreementcompleted.
2022-04-16-0:08:27AMGMT
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Community Resilience Program – Capital Projects Grant Application – Phase 1

About Silicon Valley Clean Energy
Silicon Valley Clean Energy (SVCE), a community choice energy agency, is redefining the local electricity market and providing our residents and businesses with new clean energy choices—renewable and carbon–free electricity at competitive rates. SVCE was formed as a Joint Powers Authority in 2016, and now serves approximately 270,000 residential and commercial electricity customers across a service area comprised of the following thirteen communities: Campbell, Cupertino, Gilroy, Los Altos, Los Altos Hills, Los Gatos, Milpitas, Monte Sereno, Morgan Hill, Mountain View, Saratoga, Sunnyvale and Unincorporated Santa Clara County. 97% of electricity customers in SVCE’s service area receive their electricity from SVCE. For more information on SVCE, please visit: https://www.svcleanenergy.org/.

Community Resilience Program Overview
Funding Levels and Deadlines
SVCE’s community resilience program will provide $5M in grants to member jurisdictions to plan and develop resilience projects. The grant maximum for each jurisdiction is based on proportion of load as determined by SVCE. See chart below for the each jurisdiction’s grant maximum. Applications will be accepted and reviewed on a rolling basis. Funds must be spent by 12/31/2022

Allocated Budget by Jurisdiction
Jurisdiction % of Total Load (2019) Planning Allocation Capex Support Allocatio Total Allocatio SUNNYVALE 28.25% $ 221,280 $ 1,106,400 $ 1,327,680
MILPITAS 14.91% $ 116,784 $ 583,918 $ 700,702
MOUNTAIN VIEW 13.54% $ 106,061 $ 530,304 $ 636,365
UNINCORPORATE 8.78% $ 68,792 $ 343,959 $ 412,751
GILROY 6.68% $ 52,339 $ 261,693 $ 314,031
CUPERTINO 5.44% $ 42,633 $ 213,165 $ 255,798
MORGAN HILL 5.18% $ 40,540 $ 202,701 $ 243,241
CAMPBELL 5.05% $ 39,594 $ 197,972 $ 237,566
LOS GATOS 4.55% $ 35,640 $ 178,202 $ 213,842
LOS ALTOS 3.18% $ 24,920 $ 124,601 $ 149,521
SARATOGA 2.97% $ 23,241 $ 116,204 $ 139,444
LOS ALTOS HILLS 1.08% $ 8,430 $ 42,152 $ 50,582
MONTE SERENO 0.39% $ 3,079 $ 15,396 $ 18,475
Grand Total 100.00% $ 783,333 $ 3,916,667 $ 4,700,000

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Capital Project Requirements – Phase 1
To be eligible for these funds, projects must:

1. Support a critical facility and/or provide community services during a power outage

2. Enable self-sufficient access to power during an outage, or decrease the risk of power outages

3. Be zero carbon

In addition, for this phase, SVCE has identified two project types that are eligible by default:
1) islandable solar + storage systems designed to increase energy resilience and 2) portable battery systems use to support critical services or support vulnerable communities (such as medically fragile customers) during a power outage. Note that eligibility of a project does not guarantee funding.

Energy resilience is defined as the ability to mitigate, withstand or recover quickly from disruptions in the availability of energy via centralized energy infrastructure.

NOTE: Phase 2 grant requirements may be released in the first quarter of 2021 and will leverage knowledge gained through the regional planning process.

SVCE reserves the right to consider factors other than those specified above and to request additional information as a part of the selection process.

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The Civic Center Modernization project plans to build a new City Hall, Emergency Operations Center and Library while increasing open space and native landscape within the campus. For this grant, the City is applying for funds to support the new City Hall Building which will be zero-net energy and LEED platinum. The new City Hall will include a photovoltaic (PV) solar array, battery energy storage and microgrid controls. The use of the battery for daily demand charge management supports grid stability and reduces the risk of outages by reducing the load on the grid each day during peak demand periods. The energy system also has the ability to island, and it can support building operations during an outage for varying durations depending upon the time of day and the solar resource.

During an emergency, City Hall will help ensure continued City operations. The nearby Emergency Operations Center will become activated in an emergency and City Hall can be used to support the community and emergency response staff as needed. The building will maintain certain functionality regardless of a power outage, which will provide a usable facility to support staff and community members. City Hall is a central building that will house staff from various departments and include a number of meeting spaces. It is a critical building for City operations and will remain so in emergency situations.

The 103,000 sqft City Hall will be equipped with a 701 kilowatt (kW) rooftop, photovoltaic (PV) solar array. The array will be part of an islandable microgrid with a 125 kW, 250kWh battery energy storage system (BESS) and microgrid controls. The total cost of the system including PV, battery storage and controls is approximately $3M, and the grant funding requested will help to offset the cost. The system will provide daily clean electricity and resilience benefits by reducing the load on the grid. The system will produce power during the day, and in the event of an outage, the clean electricity produced will be used to power limited building operations for a varying number of hours depending upon the load and the solar resource at the time of the outage. The duration of islandable operations is from 2 hours at night with no sun and 8 hours during the day with a good solar resource.

Application Questions:

Date of Application:
6/30/21
Name of Organization:

City of Sunnyvale
Contact Person/Title:

Madeline Willett, Environmental Engineering Coordinator Address:
505 W. Olive Ave Sunnyvale, CA 94086
Email:
[email protected]
Project Name:

Civic Center Modernization - City Hall

Is this project an islandable solar plus storage installation? Yes No
Is this project a portable battery project?
Yes No
Is this project zero-carbon?
Yes No
Project Site: (please describe why this site was chosen and what benefits it provides the community)

Project Description: (please provide a brief description of the project and the technologies used)

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The building will be net zero energy on an annual basis through the on-site generation of clean electricity. In addition, the grid interactive system will dispatch the battery energy storage system (BESS) on a daily basis to minimize or eliminate the building's load on the grid during periods of peak demand. Reducing grid load during peak demand supports grid stability and reduces the need to operate additional power plants which can emit more greenhouse gases.

This project is in line with SVCE's Decarbonization Strategy #3, to accelerate high-efficiency, all-electric new construction and retrofits. Within this strategy SVCE calls out the decarbonization of member agency municipal buildings.

The microgrid controls that integrate the solar photovoltaic (PV) system and battery energy storage system (BESS) provide an islandable solution for energy resilience for a facility that supports the community.

The Civic Center Modernization project consists of 3 buildings along West Olive Avenue that support the community. The City H all facility will provide meeting rooms, houses a number of staff from various departments and will have electric vehicle charging stations. Ensuring that this building can continue to provide services and house emergency response staff during power outages will enable our community to better respond to em ergencies. Not only will it provide resilience through continue operation but these operations will be supported by clean electricity and the building will remain zero net energy on an annual basis.

Another resiliency aspect of this building is its ability to shift its load off of the electrical grid and supply clean elect ricity to the grid. By allowing more grid capacity, more carbon-heavy power sources are not required and the chance of a power outage due to excessive demand on the grid are lessened.

This project sets an example for what is achievable in terms of energy performance, decarbonization and resilience for a municipal building. It demonstrates the effective use of a solar and battery storage energy system for providing backup power during emergencies to serve the community as well as for reducing peak demand to ensure longer term grid resilience. The low energy consumption building will demonstrate the benefits of an integrative design approach, and it will prove that stretch goals for zero energy and resilience are within reach.

Additionally, with the battery and solar system, the building will be LEED certified platinum which is a first for a City Hall within the area.

Grant amount requested: $1,000,000
Project budget breakdown: PV modules, racking, combiner boxes, inverters, power optimizers and wiring, $2,400,000. Microgrid controls and energy storage, $600,000.

No additional grant of co-funding will be provided. The remaining budget will be city funded.

Decarbonization Benefits: (please describe how this project supports SVCE’s decarbonization mission)

Resilience Benefits: (please describe the resilience benefits of this project)

How would this project make a good case study for other jurisdictions? What do you expect to learn from this project?

Grant Amount Requested: (Please specify the total amount you are requesting and a breakdown of the project budget. Indicate any co-funding that is contributing to the project budget, such as in-kind resources or additional grant funding)

Beginning and Ending Dates of the Project: Dec 2, 2020 through April 1, 2023 DocuSign Envelope ID: CEE12293-E980-4FD8-B43B-95F12CDEFEA2 Attachment 1

Page 16 of 61 ends

333 W El Camino Real, Suite 290 | Sunnyvale, CA 94087 | 1-844-474-SVCE (7823) | SVCleanEnergy.org

Application Terms and Conditions
All parties acknowledge that SVCE is a public agency subject to the requirements of the California Public Records Act, Cal. Gov. Code section 6250 et seq. Applications submitted are public records subject to public review.

The submission of an application shall be deemed a representation and certification by the applicant that it:
• Has read, understands and agrees to the information and requirements set forth in this application.
• Has the capability to complete the responsibilities and obligations of the application being submitted.
• Represents that all information contained in the application is true and correct. • Did not, in any way, collude, conspire to agree, directly or indirectly, with any person, firm, or corporation in regard to the amount, terms or conditions of this application. • Acknowledges that SVCE has the right to make any inquiry it deems appropriate to substantiate or supplement information supplied by applicant, and applicant hereby grants SVCE permission to make these inquiries.
• Will provide any and all documentation related to the application in a timely manner. • Has disclosed any conflicts of interest.

This application does not commit SVCE to enter into a contract or disburse any grant funds, nor does it obligate SVCE to pay for any costs incurred in the preparation and submission of applications or in anticipation of a contract. SVCE reserves the right to:
• Make the selection based on its sole discretion.
• Reject any and all applications in its sole discretion. • Issue subsequent applications.
• Postpone opening for its own convenience.
• Remedy technical errors in the process.
• Negotiate with any, all or none of the applicants.
• Waive informalities and irregularities in the applications.

This application must be approved and signed by the City Manager or, in the case of the County of Santa Clara, the Chief Executive Officer for the applying jurisdiction. The person signing below hereby represents and warrants that s/he is signing with full and complete authority to bind the party on whose behalf of whom s/he is signing.

Kent Steffens
Printed Name Signature
City Manager Jul 2, 2021

Title, City Manager or CEO Date

Please email a completed application to Zoe Elizabeth [email protected]

Page 17 of 61 ends

Created:

By:

Status:
2021-06-30
Jody Badiei ([email protected])
Signed
Transaction ID: CBJCHBCAABAAXW5CHZr1sZ9JAiSwX02BcMJ29vZX6nzT Community-Resilience-Program-Application-Su
nnyvale-FINAL
Final Audit Report 2021-07-02
"Community-Resilience-Program-Application-Sunnyvale-FINAL" History
Document created by Jody Badiei ([email protected]) 2021-06-30 - 10:55:43 PM GMT- IP address: 198.94.221.66 Document emailed to Kent Steffens ([email protected]) for signature 2021-06-30 - 10:57:16 PM GMT
Email viewed by Kent Steffens ([email protected]) 2021-07-02 - 9:57:00 PM GMT- IP address: 198.94.221.66
Document e-signed by Kent Steffens ([email protected]) Signature Date: 2021-07-02 - 10:21:11 PM GMT - Time Source: server- IP address: 198.94.221.66 Agreement completed.
2021-07-02 - 10:21:11 PM GMT
DocuSign Envelope ID: CEE12293-E980-4FD8-B43B-95F12CDEFEA2 Attachment 1

Page 18 of 61 ends

SUNNYVALE CIVIC CENTER Estimate No: 202042
100% Construction Document Estimate Date: 06/16/2020
Spreadsheet Level Takeoff Quantity Total Cost/Unit Total Amount 21-31-00.00 Centrifugal Fire Pumps21-31-00.00 Centrifugal Fire Pumps Main Fire pump w Controller, 500 GPM to
100 psi 25 HP, - Tag FP-1

1.00 ea 68,700.26 /ea 68,700
Jockey Pump w controller, 3-5 HP - Tag JP-1 1.00 ea 4,462.84 /ea 4,463 Centrifugal Fire Pumps 73,163
D4010 Fire Suppression 1,243,485
D4030 Fire Protection Specialties D4030 Fire Protection Specialties 21-12-00.00 Fire-Suppression Standpipes21-12-00.00 Fire-Suppression Standpipes Fire Dept Connection, polished brass,
2-1/2"x 2-1/2"x6"

1.00 ea 1,506.58 /ea 1,507
Fire Dept Test Header, polished brass, 3 or
4 way 2 1/2"x6"

1.00 ea 2,033.42 /ea 2,033
Fire-Suppression Standpipes 3,540
21-13-19.00 Preaction Sprinkler Systems21-13-19.00 Preaction Sprinkler Systems Preaction valve cabinet, single interlock, 4",
pneu release, panel, 1/2 hp comp. - per
3-FP6.01

1.00 ea 14,046.79 /ea 14,047
Preaction Sprinkler Systems 14,047
D4030 Fire Protection Specialties 17,587
D40 FIRE PROTECTION 1,261,072
D50 ELECTRICAL D50 ELECTRICAL
D5010 Facility Power Generation D5010 Facility Power Generation 26-01-00.00 Operation And Maintenance Of Electrical Systems26-01-00.00 Operation And Maintenance Of Electrical Systems Misc. Electric (Siesmic
Bracing/Coreing/Sealing/Commissioning
Assist/Testing)
175,278.00 sf 5.50 /sf 964,029
Operation And Maintenance Of
Electrical Systems
964,029
26-31-00.00 Photovoltaic Collectors26-31-00.00 Photovoltaic Collectors Photovoltaic module, 150 watt, 33 volts -

BIFACIAL
995.00 ea 1,233.11 /ea 1,226,943
Photovoltaic module, 150 watt, 33 volts
-MONOFACIAL
850.00 ea 616.55 /ea 524,071
DC to AC inverter, 12 V 1,000 watt 20.00 ea 2,267.91 /ea 45,358 Photovoltaic components, optimizer,
displays hours, volts, amps, etc
1,735.00 ea 582.03 /ea 1,009,815
Unistrut Framing 86.00 ton 6,500.00 /ton 559,000
Photovoltaic Collectors 3,365,188
26-32-13.00 Engine Generators26-32-13.00 Engine Generators Load Bank, 3 phase 4 wire, 277/480 V, 500
kW

1.00 ea 129,816.96 /ea 129,817
Generator set, diesel, 3 phase 4 wire,
277/480 V, 1000 kW, incl battery, charger,
muffler, & day tank, excl conduit, wiring, &
concrete

1.00 ea 634,285.25 /ea 634,285
Engine Generators 764,102
26-33-00.00 Battery Equipment26-33-00.00 Battery Equipment BESS - 500KW Battery Energy Storage
System

1.00 ls 600,000.00 /ls 600,000
BESS - 200KVA Inverter 1.00 ls 100,000.00 /ls 100,000
77 of 158
Exhibit D, (1) BESS and Solar Array Cost Estimates
DocuSign Envelope ID: CEE12293-E980-4FD8-B43B-95F12CDEFEA2 Attachment 1

Page 19 of 61 ends

SUNNYVALE CIVIC CENTER Estimate No: 202042
100% Construction Document Estimate Date: 06/16/2020
Spreadsheet Level Takeoff Quantity Total Cost/Unit Total Amount 26-33-00.00 Battery Equipment26-33-00.00 Battery Equipment BESS - EV Chargers 1.00 ls 150,000.00 /ls 150,000
Battery Equipment 850,000
26-33-53.00 Static Uninterruptible Power Supply26-33-53.00 Static Uninterruptible Power Supply Uninterruptible power supply, charger,
inverter, and alarm 3 phase, 120/208 V input
120/208 V output, 100 KW, incl 17 minutes
battery

1.00 ea 48,480.64 /ea 48,481
Static Uninterruptible Power Supply 48,481
26-36-23.00 Automatic Transfer Switches26-36-23.00 Automatic Transfer Switches Automatic transfer switches, enclosed, 3
pole, 480 volt, 300 amp

1.00 ea 9,549.61 /ea 9,550
Automatic transfer switches, enclosed, 3
pole, 480 volt, 400 amp

1.00 ea 9,549.61 /ea 9,550
Automatic Transfer Switches 19,099
D5010 Facility Power Generation 6,010,899
D5020 Electrical Service and Distribution D5020 Electrical Service and Distribution 26-05-19.00 Low-Voltage Electrical Power Conductors And Cables26-05-19.00 Low-Voltage Electrical Power Conductors And Cables Wire, copper, stranded, 600 volt, #10, type
THWN-THHN, in raceway - S&D

18.85 clf 153.27 /clf 2,889
Wire, copper, stranded, 600 volt, #10, type
THWN-THHN, in raceway - PV
442.00 clf 153.27 /clf 67,746
Wire, copper, stranded, 600 volt, #8, type
THWN-THHN, in raceway - S&D

24.90 clf 200.96 /clf 5,004
Wire, copper, stranded, 600 volt, #6, type
THWN-THHN, in raceway - S&D

38.25 clf 262.35 /clf 10,035
Wire, copper, stranded, 600 volt, #6, type
THWN-THHN, in raceway - PV

11.00 clf 262.35 /clf 2,886
Wire, copper, stranded, 600 volt, #4, type
THWN-THHN, in raceway - S&D

4.65 clf 332.40 /clf 1,546
Wire, copper, stranded, 600 volt, #3, type
THWN-THHN, in raceway - S&D

23.10 clf 375.12 /clf 8,665
Wire, copper, stranded, 600 volt, #2, type
THWN-THHN, in raceway - S&D

78.70 clf 431.47 /clf 33,956
Wire, copper, stranded, 600 volt, #1, type
THWN-THHN, in raceway - S&D

25.20 clf 507.07 /clf 12,778
Wire, copper, stranded, 600 volt, 1/0, type
THWN-THHN, in raceway - S&D

4.00 clf 628.03 /clf 2,512
Wire, copper, stranded, 600 volt, 1/0, type
THWN-THHN, in raceway - PV

28.00 clf 628.03 /clf 17,585
Wire, copper, stranded, 600 volt, 2/0, type
THWN-THHN, in raceway - S&D

3.95 clf 713.65 /clf 2,819
Wire, copper, stranded, 600 volt, 3/0, type
THWN-THHN, in raceway - S&D

95.40 clf 857.63 /clf 81,818
Wire, copper, stranded, 600 volt, 4/0, type
THWN-THHN, in raceway - S&D

21.10 clf 1,006.36 /clf 21,234
Wire, copper, stranded, 600 volt, 250 kcmil,
type THWN-THHN, in raceway - S&D

53.40 clf 1,157.34 /clf 61,802
Wire, copper, stranded, 600 volt, 350 kcmil,
type THWN-THHN, in raceway - S&D

17.20 clf 1,411.48 /clf 24,277
Wire, copper, stranded, 600 volt, 500 kcmil,
type THWN-THHN, in raceway - S&D

89.20 clf 1,785.08 /clf 159,229
Wire, copper, stranded, 600 volt, 2/0, type
XHHW, in raceway - S&D

5.00 clf 758.39 /clf 3,792
Wire, copper, stranded, 600 volt, 350 kcmil,
type XHHW, in raceway - S&D

20.00 clf 1,422.66 /clf 28,453
78 of 158
DocuSign Envelope ID: CEE12293-E980-4FD8-B43B-95F12CDEFEA2 Attachment 1

Page 20 of 61 ends

PV Panels QTY Watt UR Total
858 445 0.428 163,414.68$
891 455 0.418 169,459.29$
1749 332,873.97$
Transportation 4,500.00$
Net Cost 337,373.97$
Tax @9% 30,363.66$
367,737.63$
Mark Up Tier 2 15% 55,160.64$
Mark Up Tier 1 5% 21,144.91$
Total 444,043.18$
Installation Rate Total Hrs Rate/Hr
Electrician 1.2 2098.8 188.45$ 395,518. 86$
Foreman 251.86 218.16$ 54,944. 90$
450,463.76$
Mark Up Tier 1 5% 22,523.19$
Total 472,986.95$
Grand Total PV Panels 917,030.14$
BESS Labor - rough order of magnitude (ROM) 262,500.00$ BESS Material (ROM) 487,500.00$
Total for BESS (ROM) 750,000.00$
Total Cost 1,667,030.14$
Solar Panel Cost and Installation Cost Estimates
Battery Energy Storage System Cost and Installation Cost Estimates Total Project Cost Estimates
This cost estimate was prepared by Jacobs in March 2022 to reflect the most recent market factors and contractor. Exhibit D, (1) BESS and Solar Array Cost Estimate, estimate # 202042 was prepared pre-COVID and prior to the project going out for adverstisement for a contractor. Exhibit D, (2) Updated BESS and Solar Array Cost Estimate has been included to show to most recent and up to date cost estimates.

Exhibit D, (2) Updated BESS and Solar Array Cost Estimates DocuSign Envelope ID: CEE12293-E980-4FD8-B43B-95F12CDEFEA2 Attachment 1

Page 21 of 61 ends

SmithGroup – 11244.00 Sunnyvale Civic Center – Phase 1
Issued for Construction - October 27, 2020
BATTERY ENERGY STORAGE SYSTEM 263363- 1
SECTION 263363 - BATTERY ENERGY STORAGE SYSTEM
PART 1 GENERAL

1.1 SUMMARY
A.

This Section includes:

1. Battery Energy Storage System (BESS)

2. Power Conversion System (PCS)

3. Electrical Characteristics

4. Environmental Conditions

5. Control and Monitoring

6. Cabinet HVAC Equipment

7. Cabinet Fire Detection and Suppression

8. Factory Tests
B. BESS to be installed complete with Power Conversion System (PCS), battery modules/racks, battery management, controls, switching hardware, overcurrent protection and modular enclosure(s) with integral HVAC, fire detection and suppression systems.

C. PCS power and interconnection voltage ratings as indicated on the Drawings.

D. BESS cumulative energy ratings as indicated on the Drawings.

E. Provide a Battery Energy Storage System (BESS) to provide:

1. Economic optimization of facility electrical energy and power consumption. a. BESS to prioritize on-site renewable energy self-consumption and grid electricity carbon avoidance.

2. Participation in Utility Demand Response (DR) program(s).

3. Optional standby electrical power in conjunction with a Microgrid Energy Management System (MEMS).

F. Operation and maintenance contract for the BESS including all sub-systems for a period of time as indicated in Part 3 of this Section.

1.2 RELATED SECTIONS
A. Division 01, General Requirements
B. Section 23 09 00, Instrumentation and Control for HVAC C. Division 26, Electrical
D. Section 26 05 19, Low Voltage Electrical Power Conductors and Cables E. Section 26 05 26, Grounding and Bonding for Electrical Systems F. Section 26 05 33, Raceways and Boxes for Electrical Systems G. Section 26 05 45, Seismic Restraints for Electrical Raceways and Equipment Exhibit D, (3) Technical Specifications for the BESS
DocuSign Envelope ID: CEE12293-E980-4FD8-B43B-95F12CDEFEA2 Attachment 1

Page 22 of 61 ends

SmithGroup – 11244.00 Sunnyvale Civic Center – Phase 1
Issued for Construction - October 27, 2020

BATTERY ENERGY STORAGE SYSTEM 263363- 2
H. Section 26 05 53, Identification for Electrical Systems I. Section 26 05 73, Overcurrent Protective Device Coordination Study J. Section 26 05 80, Electrical Testing
K. Section 26 06 30, Photovoltaic System
L. Section 26 09 13, Electrical Power Monitoring
M. Section 26 37 13, Microgrid Energy Management System

1.3 WORK INCLUDED
A. Provide a grid-interactive BESS complete as described below and as indicated on the Drawings:

1. Installation of self-contained BESS complete with integral battery energy storage modules, battery management system (BMS), PCS hardware, NEMA rated enclosure, controls, switchgear/disconnect, HVAC, gas detection, fire detection and suppression system(s).

2. Integrate complete BESS into the facility electrical system without impact to the utility service or power quality and in-compliance with all applicable Codes, manufacturer and electrical utility requirements.

3. Integrate BESS thermal runaway detection, fire detection and suppression system(s) into the Facility Fire Alarm system(s) as required by the local Authority Having Jurisdiction (AHJ).

4. Provide labeling as required by the local Authority Having Jurisdiction (AHJ).

5. Commissioning of BESS by manufacturer technician or manufacturer trained technician that includes testing and verification of charge and discharge cycles under all mode of operation.

6. Provide all information and documentation as required to support City’s application to the California Self-Generation Incentive Program (SGIP) incentive application with Electrical Utility.

7. Coordination with Electrical Utility to ensure successful integration into Utility Distributed Energy Resource (DER) dispatch and control program.

8. Coordination with MEMS vendor and integrator to ensure successful integration of BESS into facility MEMS control topology.

1.4 APPLICABLE PUBLICATIONS
A. Publications listed below form a part of this specification to the extent referenced. The publications are referred to in the text by basic designations only.

1. California Public Utilities Commission (CPUC)
a. CPUC Rule 21 Interconnection, Operating and Metering Requirements for Generation Facilities Connected to Utility
Distribution System

2. Institute of Electrical and Electronics Engineers (IEEE) a. IEEE 1547 Interconnection and Interoperability of
Distributed Energy Resources with Associated
Electric Power Systems Interfaces
b. IEEE 519 Recommended Practice and Requirements for Harmonic Control in Electric Power Systems

DocuSign Envelope ID: CEE12293-E980-4FD8-B43B-95F12CDEFEA2 Attachment 1

Page 23 of 61 ends

SmithGroup – 11244.00 Sunnyvale Civic Center – Phase 1
Issued for Construction - October 27, 2020
BATTERY ENERGY STORAGE SYSTEM 263363- 3

3. International Electrotechnical Commission
a. IEC 61850 Commun
ication Networks and Systems for Power Utility
Automation

4. International Fire Code (IFC)
a. IFC 608 (2015) Stationary Storage Battery Systems
b. IFC 1206.2 (2018) Electrical Energy Storage Systems

5. National Electric Code (NEC)

6. National Fire Protection Association (NFPA)
a. NFPA 855 Installation of Stationary Energy Storage Systems

7. Underwriters Laboratory (UL)
a. UL1642 Standard for Lithium Batteries
b. UL1973 Batteries for Use in Stationary, Vehicle Auxiliary Power and Light
c. UL2775 Fixed Condensed Aerosol Extinguishing System Units d. UL9540 Energy Storage Systems and Equipment
e. UL9540A Test Method for Evaluating Thermal Runaway Fire Propagation in Battery Energy Storage Systems
f. UL1741a Inverters, Converters, Controllers and Interconnection System Equipment for Use with Distributed Energy
Resources

1.5 DESCRIPTION
A. Definitions:

1. Battery Energy Storage System (BESS):
a. The term BESS denotes a stationary battery energy storage system consisting of single or multiple cabinets with battery energy storage modules and cells, integral battery management system (BMS), a power conversion system (PCS) to import and export energy from the local electrical power system, and weather proof enclosure. The system shall be pre-engineered and prepackaged to relieve strict spatial requirements as required by local codes and jurisdictions.

2. Power Conversion System (PCS):
a. The term PCS denote an enclosed unit consisting of solid-state power conversion electronics that perform rectification of local electrical power system AC power to DC power for storage by the BESS battery modules and an inverter stage that converts stored battery module DC power to AC power.

3. Battery Management System (BMS):
a. Denotes an electronic system integral to the BESS that manages the rechargeable battery modules to ensure the batteries are maintained within a safe operating region for parameters such as voltage, current, temperature and pressure. Implies active thermal runaway detection and prevention.

B. Operation:

1. BESS PCS responds to either external control signals or pre-programmed local controller time-clock schedules to provide grid-connected generation or consumption of real and reactive electrical power with the PCS in grid-following mode (CSI). PCS will be capable of setting priorities and/or co-optimizing for multiple control signals. a. Demand Charge Management (DCM)
b. Utility Demand Response (DR) program participation
c. Utility Ancillary Services market participation
d. SGIPsignal.com carbon emissions avoidance signal

2. BESS PCS converts local electrical system AC power to DC power for storage by the battery modules.

3. BESS PCS converts the DC battery module power into real and reactive AC power which is interconnected to the local electrical power system.

DocuSign Envelope ID: CEE12293-E980-4FD8-B43B-95F12CDEFEA2 Attachment 1

Page 24 of 61 ends

SmithGroup – 11244.00 Sunnyvale Civic Center – Phase 1
Issued for Construction - October 27, 2020
BATTERY ENERGY STORAGE SYSTEM 263363- 4

4. BESS PCS responds to MEMS control signals upon deviation of electrical utility grid voltage
and frequency parameters from the latest IEEE 1547 limits to provide generation or consumption of real and reactive electrical power in either grid-following (CSI) or grid- forming modes (VSI) as required to balance microgrid region net power.

1.6 QUALITY ASSURANCE
A. Manufacturer:

1. One regularly engaged in the manufacture of solid-state power conversion equipment and energy storage equipment for commercial and industrial use.

2. Maintain a quality control program encompassing in-process as well as final inspection and tests designed to ensure the quality, reliability, and performance required by this specification.

B. Acceptance Tests:

1. Equipment furnished under this specification subject to the following factory tests:
a. Complete wire check to assure correct connections and quality of all joints. b. Proper grounding check of complete system equipment. c. Electrical operation of control circuits.
d. Safety check for spacing of bare bus bars, conductors, and components and for access space for maintenance.
e. Static and magnetic noise elimination check to avoid control circuit interference. f. Further testing as required under 2.7 Factory Tests.

1.7 SUBMITTALS
A. Accompanying the bid, the following information submitted for evaluation:

1. The evaluation form accompanying the bid form.

2. System one-line diagram showing components supplied, interconnections supplied, field wiring required to interconnect the components, and other pertinent information.

3. Equipment diagrams showing dimensions of enclosures and required clearances.

4. References for five similar systems installed within a 400 mile radius of the Owner’s facility.

5. Estimate for annual savings associated with avoided costs of electrical energy purchases and demand charge reductions.

6. Estimate for SGIP incentive to be directed to Project Owner or discounted from cost of BESS equipment and services.

B. Within 45 days from receipt of signed purchase order, the following information submitted for evaluation:

1. Product Data

2. Shop Drawings

3. Factory Test Reports

4. Spare Parts List

5. System Drawings
a. System components and interconnecting cables.
b. Include terminal numbers on equipment, the size, type and numbers (corresponding to drawings) of cables and wires.

6. Installation drawings, including outlines, floor loading and details for securing the equipment.

7. Include a recommended maintenance schedule including description and frequency of tests and recommend parts replacement schedule.

8. Control wiring diagrams and instructions for control interoperability

9. Control registers (ie, points list) including control syntax examples DocuSign Envelope ID: CEE12293-E980-4FD8-B43B-95F12CDEFEA2 Attachment 1

Page 25 of 61 ends

SmithGroup – 11244.00 Sunnyvale Civic Center – Phase 1
Issued for Construction - October 27, 2020
BATTERY ENERGY STORAGE SYSTEM 263363- 5
C. Submit electrical shop drawings and equipment data. Each submitted section include data on equipment requiri
ng submittals for that section. Include in each binder a complete index for Sections and materials requiring submittals.

D. Include manufacturer’s detailed specifications and data sheets to fully describe equipment furnished. Assure that deviations from the Specification are specifically noted in the submittals.

Failure to comply will automatically void any implied approval for use of the equipment on this project.

E. Review and recommendations by the Architect or Engineer are not to be construed as change authorizations. If discrepancies between the materials or equipment submitted and the Specifications are discovered prior to or after the data is processed, the Specifications will govern.

1.8 OPERATING INSTRUCTIONS AND MAINTENANCE MANUALS
A. Provide a complete Operating Instructions and Maintenance Manuals submittal prior to substantial completion of the project.

1.9 SYSTEMS DEMONSTRATIONS AND OWNER TESTING
A. Provide outline of on-site system demonstrations and training to be provided by the manufacturer to the owner and owner representative. Indicate time period required for the owner training.

1.10 WARRANTY
A. Provide a manufacturer written warranty for all supplied equipment.

B. Provide a written warranty covering the work done under this Section as required by the General Conditions. Regardless of other requirements of the General Conditions, the minimum warranty period for the Electrical work for one year after start-up and beneficial use by the Owner.

C. Equipment and Systems:

1. Free of defects of material and workmanship and in accord with the Contract Documents.

2. Built and installed to deliver its full rated capacity at the efficiency for which it was designed.

3. Operate at full capacity without objectionable noise or vibration. Objectionable noise is that which greater than levels listed in these Specifications; greater than the levels listed in NEMA standards, or greater than that produced by similar equipment on site.

D. Systems: Include system damage caused by failures of any system component.

E. The warranty to be provided under this scope of work limited to the work provided under this contract.

DocuSign Envelope ID: CEE12293-E980-4FD8-B43B-95F12CDEFEA2 Attachment 1

Page 26 of 61 ends

SmithGroup – 11244.00 Sunnyvale Civic Center – Phase 1
Issued for Construction - October 27, 2020

BATTERY ENERGY STORAGE SYSTEM 263363- 6
PART 2 PRODUCTS

2.1 MANUFACTURERS
A. Delta Electronics
B. ENEL X
C. GELI

1. Geli may partner with any BESS equipment vendor that meets all requirements under this section.

D. Schneider Electric
E. STEM
F. Tesla
G. Approved equivalent.

2.2 RATINGS
A. Capable of sustaining a minimum charging or discharging power of 125 kVA with a fully controllable four-quadrant PCS.

B. BESS to have minimum energy storage capacity of 250 kWh.

C. Depth of Discharge: 90% minimum
D. Cycle Life: Minimum 4,000 cycles
E. Calendar Life: Minimum 15 years
F. AC Round-Trip Efficiency: Minimum 88%

2.3 BESS ELECTRICAL CHARACTERISTICS
A. Battery:

1. Chemistry:
a. Lithium Nickel Manganese Cobalt Oxide, LiNiMnCoO2 (NMC) b. Lithium Iron Phosphate, LiFePO4 (LFP)
c. Lithium Nickel Cobalt Aluminum Oxide, LiNiCoAlO2 (NCA) 1) BESS with NCA type chemistry approved only for exterior locations

2. Voltage: 700VDC to 1,000VDC
B. PCS:

1. Voltage: 480V AC ±10 percent, 3-phase, 4-wire
a. PCS must be a source for unbalanced neutral return current when facility is islanded.

2. Frequency: 60 Hz ±5 percent

3. Power Factor: -1.0 (leading) to 1.0 (lagging) for 0 to 100 percent load at ±10 percent input voltage.

DocuSign Envelope ID: CEE12293-E980-4FD8-B43B-95F12CDEFEA2 Attachment 1

Page 27 of 61 ends

SmithGroup – 11244.00 Sunnyvale Civic Center – Phase 1
Issued for Construction - October 27, 2020

BATTERY ENERGY STORAGE SYSTEM 263363- 7

4. Fault Current: Minimum 130% of nominal AC output current

5. Efficiency: Minimum 96%

2.4 ENVIRONMENTAL CONDITIONS
A. Capable of withstanding any combination of the following external environmental conditions without mechanical or electrical damage or degradation of operating characteristics:

1. Operating ambient temperature -4 degrees F to 120 degrees F.

2. Relative humidity 0 percent to 95 percent for temperatures in the temperature range stated above.

3. Barometric Pressure: From sea level to 5,000 feet above sea level.

2.5 EQUIPMENT
A. Battery Energy Storage System

1. Inclusive of all equipment listed in Part 2.5 of this Section

2. UL9540 listed

3. BESS audible noise to be less than or equal to 65dBA at 5 feet.

4. Integral surge protection

5. All BESS equipment and enclosures satisfying the seismic bracing requirements of Section 260545, Seismic Restraints for Electrical Raceways and Equipment.

6. Designed and equipped with self-protection and isolation devices, functions and topology such that no type of external fault or paralleling operation can result in damage to the PCS inverters or the batteries.

B. Battery Racks and Modules:

1. Modular free-standing battery cabinet system inclusive of battery modules, battery racks, cabinets, mounting and seismic bracing provisions

2. UL1973, UL1642 and UL9540A listed

3. Enclosure to be NEMA 3R (IP44) or NEMA 4 (IP66)

4. Integral DC over-current protection and disconnecting means to electrically disconnect each battery cabinet from the BESS DC system bus.

5. For BESS with energy storage capacity larger than 50kWh, battery system to be capable of operating without one or more battery modules to afford battery system maintenance and/or repair with minimal system down-time.

6. Integral BMS
a. BMS to include communications to local master BESS asset controller to facilitate safe BESS operation and fail-safe shutdown of BESS modules under abnormal operating conditions.
b. BMS to include switching provisions to disconnect a battery module or module rack if any battery module is operated outside of its safe operating region. c. BMS to be completely pre-wired and tested by BESS manufacture to ensure fail- safe operation of battery modules. No field connections or wiring to BMS to be required or permitted for successful operation of BESS or integration into facility electrical power system.

7. Integral fire suppression
a. Each battery cabinet equipped with redundant autonomous fire detection and suppression systems employing low-pressure potassium-based aerosols b. UL2775 listed
c. Provisions for interconnection to Facility fire detection and annunciation system d. When coordinated with Project Fire Protection Engineer, the battery enclosure(s) may be equipped with provisions for connection to Facility fire suppression system in leu of integral fire suppression system.

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Issued for Construction - October 27, 2020

BATTERY ENERGY STORAGE SYSTEM 263363- 8

8. HVAC
a. F actory-installed on the battery cabinet wall to maintain the battery rack internal temperature within a manufacturer recommended operating temperature band. b. Internally powered and pre-wired at factory. No auxiliary power connections required for HVAC system power.
c. Connected to local master BESS controller to ensure BESS system shutdown in the event of HVAC system failure.

9. Integral Off-Gas Sensing & Thermal Runaway Prevention a. Ea ch battery module within the BESS to include a gas detector that is capable of detecting gas species that are the byproduct of a module off-gas event prior to module thermal runaway. Upon detection of the off-gas event, the system shall alarm, shunt down the BESS, and initiate a switchover to full exhaust of the BESS ventilation system if so equipped.
b. Off-Gas Sensing Products:
1) Li-ION Tamer
2) Approved Equivalent

10. Provisions for overhead or below-grade wiring/cabling to PCS cabinet.

C. Power Conversion System Equipment:

1. Four-quadrant operation, capable of providing real (kW) and reactive (kVAR) power output and consumption up to the apparent (kVA) power rating of the BESS. Power Factor (PF) adjustable and controllable from -1.0 to 1.0.

2. Operates in grid-following (current source conversion)

3. UL1741A listed

4. C alifornia Rule 21 and Hawaii Rule 14H compliant control functions

5. C apable of independent pre-programmed scheduled operation via local/integral controller to accomplish economic optimization of facility power and/or energy consumption.

6. Controllable via one more of the following protocols:
a. Modbus TCP
b. DNP3
c. IEC 61850

7. Hardware and control system to be UL1741A listed and configured with control registers to enable local or remote control in compliance with California Rule 21.

8. Includes physical disconnecting means to separate the BESS PCS output terminals (interface with local electrical power system) from the local electrical power system.

9. Forced-air fan cooling.
a. Internally powered and pre-wired at factory. No auxiliary power connections required for power cabinet cooling system power.

10. Provisions for overhead or below-grade wiring/cabling to battery cabinet.

11. Equipped with integral zig-zag type grounding transformer when required.

12. PCS cabinet to incorporate local BESS asset and energy controller(s) to provide system control for autonomous grid-connected operation and fail-safe shutdown in the event of component failure.

D. Battery Management System:

1. BMS to include communications to PCS and/or master BESS controller to facilitate safe BESS operation and fail-safe shutdown of BESS modules under abnormal operating conditions.

2. BMS to include switching provisions to disconnect a battery module or module rack if any battery module is operated outside of its safe operating region.

3. BMS to be completely pre-wired and tested by BESS manufacture to ensure fail-safe operation of battery modules. No field connections or wiring to BMS to be required or permitted for successful operation of BESS or integration into facility electrical power system.

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SmithGroup – 11244.00 Sunnyvale Civic Center – Phase 1
Issued for Construction - October 27, 2020
BATTERY ENERGY STORAGE SYSTEM 263363- 9

2.6 CONTROL AND MONITORING
A. BESS Remote Supe
rvisory Control:

1. BESS to include, at a minimum, provisions for remote supervisory control of the following operational setpoints:
a. Mode
1) Grid Forming (VSI)
2) Grid Following (CSI)
b. Active Power (positive and negative kW)
c. Reactive Power (positive and negative kVAR)
d. Frequency (Grid Forming mode)
e. Voltage (Grid Forming mode)
f. Trip offline
g. Fault Reset
B. BESS Status Monitoring:

1. Local digital display of system operational parameters via integral touchscreen.

2. Remote interface for digital display of system operational parameters and password protected system control.

3. BESS to include, at a minimum, provisions for acquisition, data storage, recall and display of the following operational parameters:
a. Mode status (VSI, CSI)
b. PCS output voltage for each phase
c. PCS output current for each phase
1) Charging currents to be negative values
d. PCS export power (real, reactive, apparent)
1) Charging power to be negative values
e. DC battery voltage (PCS input voltage)
f. DC charge/discharge current
1) Charging currents to be negative values
g. Battery module state of charge and/or depth of discharge h. BESS stored energy
1) Total system energy
2) Module level stored energy
3) Remaining system runtime at full load
i. Battery charge cycles
j. Battery operating temperatures
1) By battery module
2) BESS enclosure ambient air temperature
k. Battery system fault alarms

4. BESS to have capabilities for software monitoring of all system parameters.

C. Communications:

1. Control and monitoring functions capable of communicating with the building’s Building Management System over MODBUS TCP without the need for external protocol conversion boxes.

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Issued for Construction - October 27, 2020
BATTERY ENERGY STORAGE SYSTEM 263363- 10
PART 3 EXECUTION

3.1 INSPECTION
A.

After the equipment has arrived at the job site, the Owner, Engineer, and Manufacturer’s Representative will perform a visual inspection for physical damage and compare nameplate data with drawings and specifications.

B. Correct problems encountered and documented by the Owner, Engineer and Manufacturer’s Representative.

3.2 INSTALLATION
A. Install BESS and PCS equipment, associated cabinets, all BESS appurtenances and make all wiring connections per manufacturer’s recommendations.

B. Provide seismic anchoring/restraints of all cabinets, refer to Section 260529, Hangers and Supports for Electrical Systems and Section 260545, Seismic Restraints for Electrical Raceways and Equipment.

3.3 START-UP TESTING
A. Perform manufacturer approved start-up test procedures by factory-trained field service personnel.

B. Test BESS operation for all steady-state operational modes and transfer sequences required under Section 26 37 13, Microgrid Energy Management System.

1. All MEMS test sequences to be supervised and witnessed by MEMS vendor and integrator.

3.4 FIELD QUALITY CONTROL
A. During the BESS start-up testing, Owner, Engineer, Manufacturer’s Representative and Contractor will include inspection and documentation of the following:

1. Visual Inspection:
a. Inspect equipment for signs of damage.
b. Verify installation per drawings.
c. Inspect cabinets for foreign objects.
d. Verify neutral and ground conductors are properly sized and configured. e. Inspect cell cases.
f. Inspect each cell for proper polarity.
g. Verify all printed circuit boards are configured properly.

2. Mechanical Inspection:
a. Check control wiring connections for tightness.
b. Check power wiring connections for tightness.
c. Check terminal screws, nuts, and/or spade lugs for tightness.

3. Electrical Inspection:
a. Check fuses/breakers for continuity.
b. Confirm input voltage and phase rotation is correct. c. Verify control transformer and/or integral power supply connections (if present) are correct for voltages being used.

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BATTERY ENERGY STORAGE SYSTEM 263363- 11
d. Assure connection and voltage of the battery string(s).

4. Facilitate the in
spections and test procedures designated under the equipment purchase contract.

3.5 TRAINING
A. Provide training for the Owner’s maintenance personal on procedures and related startup and shutdown, troubleshooting, servicing, and preventive maintenance.

B. Review data in the operation and maintenance manuals with the Owner.

3.6 MANUFACTURER'S FIELD SERVICE
A. Service Personnel:

1. Nationwide service organization, consisting of factory-trained field service personnel dedicated to the start-up and maintenance of BESS and associated power equipment.

2. Provide a national dispatch center to coordinate field service personnel schedules. One toll-free number reaches a qualified support person 24 hours/day, 7 days/week, 365 days/year. If emergency service is required, telephone response time 20 minutes or less and on-site response time four hours or less.

3. Assign two local customer engineers to the site with a regional office as a backup.

B. Replacement Parts Stocking:

1. Available through an extensive network to ensure around-the-clock parts availability throughout the country.

2. Full stock recommended spare parts by local field service personnel with back-up available from national parts center and the manufacturing location. The national parts center Customer Support Parts Coordinators on-call 24 hours a day, 7 days a week, 365 days a year for immediate parts availability. Ship parts from the national parts center within 4 hours on the next available flight out and delivered to the customer's site within 24 hours.

3. Provide the following spare parts to owner:
a. Two complete sets of enclosure air filters.
b. One complete set of fuses (if used) for system.

3.7 MAINTENANCE CONTRACT
A. Maintenance Contracts:

1. Complete preventive and full-service maintenance contract for the BESS, BESS PCS and all BESS sub-systems for a period of ten (10) years. Maintenance contract to include all required replacement components, parts, labor, and travel to jobsite. Maintenance to be performed by local factory-trained service technicians available to respond to on-site issues within a 4-hour time period.

END OF SECTION
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SmithGroup – 11244.00 Sunnyvale Civic Center – Phase 1
Issued for Construction - October 27, 2020
AUTOMATIC TRANSFER SWITCHES 263623- 1
SECTION 263623 - AUTOMATIC TRANSFER SWITCHES
PART 1 GENERAL

1.1 SUMMARY
A.

This Section includes:

1. Automatic Transfer Switches

1.2 RELATED SECTIONS
A. Division 01, General Requirements
B. Division 26, Electrical
C. Section 26 05 19, Low Voltage Electrical Power Conductors and Cables D. Section 26 05 26, Grounding and Bonding for Electrical Systems E. Section 26 05 33, Raceways and Boxes for Electrical Systems F. Section 26 05 53, Identification for Electrical Systems G. Section 26 05 73, Overcurrent Protective Device Coordination Study H. Section 26 05 80, Electrical Testing
I. Section 26 32 13, Engine Generators
J. Section 26 37 13, Microgrid Energy Management System

1.3 APPLICABLE PUBLICATIONS
A. Publications listed below form a part of this specification to the extent referenced. The publications are referred to in the text by basic designation only.

1. Underwriters Laboratories (UL).
a. UL 508 Industrial Control Equipment
b. UL 1008 Automatic Transfer Switches

2. National Fire Protection Association (NFPA)
a. NFPA 70 National Electrical Code (NEC)
b. NFPA 110 Emergency and Standby Power Systems

3. National Electrical Manufacturer’s Association (NEMA) a. ICS Industrial Controls and Systems

1.4 SUBMITTALS
A. Shop Drawings
B. Product Data
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Issued for Construction - October 27, 2020
AUTOMATIC TRANSFER SWITCHES 263623- 2
C. Operating and Maintenance Data:

1. Compl
ete instructions covering the operation and testing of the automatic transfer switches.

2. Maintenance instructions include the following:
a. Complete Trouble Shooting
b. Diagnostic Information
c. Disassembly Instructions
d. Assembly Instructions
e. Preventive Maintenance Schedule

3. Include data in Operating and Maintenance Manuals specified in Section 26 05 00, Common Work Results for Electrical.

1.5 WARRANTY
A. Warranted for a period of not less than 5 years from the date of commissioning against defects in materials and workmanship.

B. Comprehensive, including parts, labor, and travel to the site PART 2 PRODUCTS

2.1 MANUFACTURERS
A. Automatic transfer switches of the same manufacturer as the engine generator equipment specified in Section 26 32 13, Engine Generators.

B. Asco
C. Eaton
D. Russelectric
E. Or approved equivalent.

2.2 AUTOMATIC TRANSFER SWITCHING SYSTEM
A. Furnish each switch with full load current rating, voltage, phase, poles, and AIC ratings as shown on the drawings. Transfer switches capable of switching classes of load and rated for continuous duty when installed in non-ventilated enclosures.

B. Transfer Switches:

1. 4-pole type provided with a switched neutral pole.

2. Neutral pole of the same construction and have the same ratings as the phase poles.

3. Switch poles simultaneously using a common crossbar.

4. Transfer switch to include controller that permits remote supervisory control and monitoring of all transfer switch operational setpoints and status registers. a. Compatible with Modbus TCP
b. Compatible with Modbus RTU (RS-485)
C. Provide relays and control circuits to obtain fixed preferential control with transfer switch connected to the normal source of power under normal conditions.

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Issued for Construction - October 27, 2020
AUTOMATIC TRANSFER SWITCHES 263623- 3
D. Upon a sustained drop in voltage of 30 percent in any phase of the normal power source from rated voltage and after a delay of 2 seconds, switch close s circuit to automatically start the
alternate power source and transfer the load to the alternate power source provided the voltage and frequency of that source are at least 90 percent of rated value.

1. Setpoints listed above are default for initial deployment

2. Transfer switch controller to have adjustable voltage setpoints for source transfer on detected voltage droop

3. Transfer switch controller to have adjustable setpoints for EPS (generator) start time delay
E. Electrically operated switch but mechanically held in both the normal and alternate source positions and include an electrically continuous neutral position. Operator momentarily energizes from the source to which the load is being transferred. Upon return of normal power to within 10 percent of rated voltage on all phases, and after a preset time delay adjustable from 2 to 25 minutes, the switch automatically transfers the load to the normal source. If the standby power source should fail during the delay period prior to return to normal source, the time delay bypassed, and the switch returns immediately to the normal source. Provide test switch to simulate failure of the normal power source and to test the operation of a transfer switch.

F. Provide a manual operator for maintenance servicing of the transfer switch in accordance with UL-1008.

G. Provide an override switch to bypass the automatic transfer controls so that the transferred switch will remain indefinitely connected to the standby power source, regardless of the condition of the normal power source.

1. Provide ATS with retransfer inhibit relay functionality to enable remote supervisory enforcement of retransfer inhibit function.

H. Each automatic transfer switch furnished with voltage sensing relays for each phase.

Connection of these sensing relays made to the normal power input terminals of the transfer switch. Voltage range field adjustable.

I. Delayed Transition:

1. Controls include a time delay, adjustable from 0-60 seconds, to control the switching time from source to source, to allow load generated voltages to decay before connecting to an energized source.

J. High Intensity LED Lamps:

1. Provide to indicate Source 1 and Source 2 Available, Source 1, and Source 2 Connected, exercise mode, and test mode.

2. Source available LED indicators operates from the control microprocessor to indicate the true condition of the sources as sensed by the control.

3. Transmit signals transmitted to the remote annunciator.

K. Auxiliary Status Contacts

1. Provide two sets Form C auxiliary contacts indicating transfer switch position, rated 10A 250 VAC.

2. Provide minimum four (4) sets of digitally programmable Form C auxiliary output contacts for indication of status from a user-selectable list of transfer switch status parameters L. Install automatic transfer switch in a NEMA Type I wall mounted enclosure conforming to NEMA ICS and comply with the requirements of UL-508.

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SmithGroup – 11244.00 Sunnyvale Civic Center – Phase 1
Issued for Construction - October 27, 2020
AUTOMATIC TRANSFER SWITCHES 263623- 4
M. Provide a field-configurable exerciser clock, displaying real time in hours and minutes, with provisions for selection of testing interva
l at 7, 14, 21, or 28-day intervals in either with-load or without-load configuration. Exercise period duration field configurable.

N. If an elevator is being served by the transfer switch, the transfer switch provides a relay contact signal prior to transfer or retransfer. The time period before and after transfer to be adjustable in a range of 0 to 50 seconds.

O. Transfer Switch: Provide with AL/CU mechanical lugs sized for the full output rating of the switch, and capable of accepting the number of cables indicated on the drawings.

P. Automatic Transfer Switch:

1. Suitable for satisfactory performance when installed for operation at 200-feet altitude, 104 degrees F high and 41 degrees F low ambient temperature, 90 percent relative humidity.

Q. Thoroughly clean surfaces to be painted to ensure that they are free from all oil, grease, welding slag and spatter, mill scale, products of corrosion, dirt or other foreign products. Paint at least one coat of rust inhibiting primer and one coat of finish enamel.

R. Apply rust inhibiting primer to a clean, dry surface as soon as practicable after cleaning.

Painting with manufacturer’s current materials according to manufacturer’s current process except that the total dry film thickness not less than 2.5 mils.

S. Paint free from runs, sags, orange peel, or other defects.

T. Finish Coat Color of Paint: Manufacturer’s standard.

PART 3 EXECUTION

3.1 INSTALLATION
A. Mount transfer switches square and plumb, with top of switches 6 feet – 0 inches above finish floor.

B. Provide and install complete conduit, wiring, and electrical connections required between the various items of the System.

C. Engage a factory-authorized service representative to inspect the equipment, verify installation meets the manufacturer’s requirements, and perform manufacturer recommended start-up testing.

D. Engage a factory-authorized representative to provide training of the Owner’s personnel to adjust, operate, and maintain the automatic transfer switch equipment.

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AUTOMATIC TRANSFER SWITCHES 263623- 5

3.2 TRAINING
A. Provide
training for the owner’s maintenance personal on procedures and related startup and shutdown, troubleshooting, servicing, and preventive maintenance.

B. Review data in the operation and maintenance manuals with the Owner.

END OF SECTION
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G
S
XL11
XL11
XL11
XL11
XL11
XL11
XL11
XL11
XL11
XL11
XL11 XL11
XL11
XL11
XL11
XL11
XL10B
XL11
BESS

GENERATOR

PG&E TRANSFORMER

TO EMERGENCY ELECTRICAL ROOM

TO MAIN ELECTRICAL ROOM TO PG&E
2 FRONT
B2
B2
B2B2
B2
B2
B1
B1
B1
B1
XL8A
XL8A
3 4
10 XL11
XL10B
XL11
XL11
XL10B
1 XL8A
XL8A
(2) 4" C
(6) 4" C
8 7
9 9
6 W
W
(1) 2'' C
XL8A XL8A
XL8A XL8A
XL8AXL8A
XL11
XL11
10 XL11

SHEET NUMBER

PROJECT NUMBER

SHEET TITLE

KEYPLAN

SEALS AND SIGNATURES

ISSUED FOR REV DATE
Plot Date:
301 BATTERY STREET
7TH FLOOR
SAN FRANCISCO, CA 94111
415.227.0100
smithgroup.com
BID SET 08 AUG 2020
PUBLIC WORKS PROJECT # PR-19-06
PAE Consulting Engineers
48 Golden Gate Ave.

San Francisco, CA 94102
415.544.7500
pae-engineers.com.com
10/9/2020 9:55:28 AM

SITE PLAN - ELECTRICAL
- AREA 6
3-E1.1.6
Author

SUNNYVALE CIVIC CENTER
1" = 20'-0"1 SITE PLAN - ELECTRICAL - AREA 6
NOTES:

1. CIRCUIT EXTERIOR

RECEPTACLES TO EMERGENCY
PANEL E2P-10F/1.

2. PROVIDE 2000A, 480/277V, 3-

PHASE DOCKING STATION FOR

CONNECTION TO TEMPORARY
GENERATOR.

3. CIRCUIT ALL LIGHTING FIXTURES

TO EMERGENCY LIGHTING
PANEL E4L-3D/19.

4. CIRCUIT ALL LIGHTING FIXTURES

TO EMERGENCY LIGHTING
PANEL E4L-3D/15.

5. CIRCUIT ALL LIGHTING FIXTURES

TO EMERGENCY LIGHTING
PANEL E4L-3D/17.

6. CIRCUIT ALL LIGHTING FIXTURES

TO EMERGENCY LIGHTING
PANEL E4L-10F/27.

7. GENERATOR POWER AND
COMMUNICATIONS CONDUITS.

SEE ONE LINE FOR SIZING.

VERIFY STUB-UP LOCATIONS

AND SIZES WITH EQUIPMENT
MANUFACTURER.

8. BESS POWER AND
COMMUNICATIONS CONDUITS.

SEE ONE LINE FOR SIZING.

VERIFY STUB-UP LOCATIONS

AND SIZES WITH EQUIPMENT
MANUFACTURER.

9. CONTRACTOR TO PROVIDE

REINFORCED CONCRETE SLAB
FOR EQUIPMENT. VERIFY SLAB

REQUIREMENTS WITH

EQUIPMENT MANUFACTURER

AND PROJECT STRUCTURAL
ENGINEER.

10. SEE DRY UTILITY DRAWINGS FOR

STREET LIGHTING CIRCUITING
INFORMATION.

A. UPSIZE BRANCH CIRCUIT

CONDUCTORS AS REQUIRED TO
MAINTAIN MAXIMIUM 3%
VOLTAGE DROP.

B. COORDINATE ALL SITE

ELECTRICAL WORK WITH DRY

UTILITY AND CIVIL
CONSULTANTS.

C. REFER TO VOLUME 1, LD3

DRAWINGS FOR ADDITIONAL

LUMINAIRE AND DRIVER
MOUNTING INFORMATION.

GENERAL NOTES:

PROJECT NORTHTRUE NORTH
ADDENDUM #4 4 28 AUG 2020
ADDENDUM #8 8 21 SEP 2020

ISSUED FOR REV DATE
CONSTRUCTION 27 OCT 2020

ISSUED FOR CONSTRUCTION
Exhibit D, (4) BESS Drawings
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SmithGroup – 11244.00 Sunnyvale Civic Center – Phase 1
Issued for Construction - October 27, 2020
PHOTOVOLTAIC SYSTEM 260630.10- 1
SECTION 260630.10 - PHOTOVOLTAIC SYSTEM
PART 1 GENERAL

1.1 SECTIONS I

NCLUDES
A. Complete Photovoltaic (PV) System
B. Energy Production Requirements for PV system
C. Installation Requirements for PV System
D. Annual Maintenance Requirements for PV System
E. Data Acquisition and Supervisory Control for PV System F. Structural support frame and attachment for PV array

1.2 SYSTEM DESCRIPTION
A. Photovoltaic (PV) electrical system installed in compliance with the 2017 NEC and complete with structural support frame and attachments to structural steel framing identified on the Structural Drawings meeting design criteria performed by or under the supervision of a Professional Engineer licensed in the State of California.

B. A PV electrical system consists of PV modules, PV module racking, photovoltaic inverter(s), conductors, conduit, wire management, remote monitoring and control devices, overcurrent protection, ground-fault protection, arc-fault protection, labels and other balance of system components needed for proper photovoltaic system operation. The PV system may additionally consist of DC string combiner disconnect boxes, rapid shutdown equipment, DC arc-fault protection, inverter output AC combiners and AC recombiners, wiring gutters and electrical panelboards.

C. The completed PV system integrated into the facility electrical system without impact to the utility service or local electrical system power quality.

D. Guarantee electrical work and PV system annual electricity production following date of substantial completion for a period of time equaling two full years of PV System energy production.

1.3 RELATED REQUIREMENTS
A. Division 01, General Requirements
B. Section 05430, Slotted Channel Framing
C. Division 26, Electrical
D. Section 26 05 00, Common Work Results for Electrical Exhibit D, (5) Technical Specifications for the Solar Array DocuSign Envelope ID: CEE12293-E980-4FD8-B43B-95F12CDEFEA2 Attachment 1

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SmithGroup – 11244.00 Sunnyvale Civic Center – Phase 1
Issued for Construction - October 27, 2020
PHOTOVOLTAIC SYSTEM 260630.10- 2
E. Section 26 05 80, Electrical Testing
F. Section 26
05 19, Low Voltage Electrical Power Conductors and Cables G. Section 26 05 26, Grounding and Bonding for Electrical Systems H. Section 26 05 29, Hangers and Supports for Electrical Systems I. Section 26 05 33, Raceways and Boxes for Electrical Systems J. Section 26 05 53, Identification for Electrical Systems K. Section 26 05 80, Electrical Testing
L. Section 26 24 13, Switchboards
M. Section 26 24 16, Panelboards
N. Section 26 37 13, Microgrid Energy Management System

1.4 RELATED REQUIREMENTS
A. Publications listed below form a part of this specification to the extent referenced. The publications are referred to in the text by basic designation only.

1. Underwriters Laboratories (UL):
a. UL 1703 Flat Plate PV Modules and Panels Standard for Safety of Static Inverters and Charge Controllers for use in PV Power systems b. UL 1741SA Inverters Converters Controllers and Interconnection System Equipment for Use with Distributed Energy Resources
c. UL 2703 Standard for Mounting Systems, Mounting Devices, Clamping/Retention Devices, and Ground Lugs for Use with Flat- Plate Photovoltaic Modules and Panels

2. ASTM Standards:
a. ASTM E927 Solar Simulation for Terrestrial PV Testing b. ASTM E1038 Test Method for Determining Resistance of PV Modules to Hail by Impact with Propelled Ice Balls
c. ASTM E1171 Test Method for PV Modules in Cyclic Temperature and Humidity Environments
d. ASTM E1328 Terminology Relating to PV Solar Energy Conversion e. ASTM E1462 Test Methods for Solar Insulation Integrity and Ground Path Continuity of PV Modules
f. ASTM E1596 Test Methods for Solar Radiation Weathering of PV Modules g. ASTM E1799 Test Methods for Visual Inspection of PV Modules h. ASTM E1802 Test Methods for Wet Insulation Integrity Testing of PV Modules

3. IEEE Standards:
a. IEEE 1547a-2014Standard for Interconnecting Distributed Resources with Electric Power Systems – Amendment 1

4. FM Approvals
a. FM ANSI 4478 Approval Standard for Rigid Photovoltaic Modules

5. International Electrotechnical Commission (IEC)
a. IEC 61215 Terrestrial Photovoltaic (PV) Modules – Design Qualification and Type Approval

6. National Electrical Code (NEC):
a. NEC 690 Solar PV Systems
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PHOTOVOLTAIC SYSTEM 260630.10- 3
b. NEC 705 Interconnected Electric Power Production Sources

7. Cali
fornia Public Utilities Commission (CPUC):
a. Rule 21 Interconnection, operating and metering requirements for generation facilities connected to a utility’s distribution system

8. Structural Engineers Associated of California (SEAOC):
a. PV2-1012 Wind Design for Low Profile Solar Photovoltaic Arrays on Flat Roofs

9. SunSpec Alliance:
a. SunSpec Information Model
b. SunSepc Common Smart Inverter Profile
c. SunSpec Communication Signal for Module-Level Rapid Shutdown (NEC 2017)

1.5 WORK INCLUDED
A. Provide a Grid Interactive Photovoltaic (PV) System complete as described below and indicated on the Drawings.

1. PV system consists of all components, wiring, hardware and accessories necessary to integrate a code compliant PV System into the facility with adherence to the Drawings and to ensure microgrid-interactive system operation.

2. PV system module arrays shall be arranged as indicated on Drawings.

3. Integrate complete PV system into the facility electrical system without impact to the utility service or local electrical system power quality.

4. Data acquisition and supervisory control provisions of the PV System to be compatible with the Microgrid Energy Management System (MEMS). Coordinate with MEMS vendor and MEMS installing contractor to ensure interoperability with MEMS real-time controller and data historian functions as required under Section 26 37 13.

5. Ongoing operations and maintenance services to ensure annual PV System electricity production targets are met during the Performance Period.

1.6 PERFORMANCE
A. The PV system has been designed to produce a minimum of 1,595 kWh of AC electrical energy (sum of PV inverter output energy) per year for every 1.0 kW of installed DC capacity (sum of PV module nameplate ratings).

1. The first month of operation will be considered to be the first full month of production metered PV electricity.

2. An electricity production shortfall in the first year of operation will be considered a warrantable installation issue under this specification Section 1.10.A and addressed by the Contractor to ensure design operation is achieved in the second full year of operation.

If repairs are necessary, the second full year of operation will commence with the first full month of PV System operation following performance warranty repairs.

1.7 QUALITY ASSURANCE
A. Design Build contractor to have the following certifications:

B. California contractor’s license with an “A”, “B”, “C-10” or “C-46” classification and in good standing with the California Contractors State License Board.

1. NABCEP Certified PV Installation Professional

2. It is permissible for electrical contractors utilizing IBEW photovoltaic trained electricians to team with Solar Integrators who comply with these Specifications.

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SmithGroup – 11244.00 Sunnyvale Civic Center – Phase 1
Issued for Construction - October 27, 2020
PHOTOVOLTAIC SYSTEM 260630.10- 4
C. Minimum of two years of experience within the last five years installing photovoltaic systems of equivalent size and
complexity.

D. PV System Product of a firm regularly engaged in the assembly or manufacture of this equipment. Component parts of the system to be the product of firms regularly engaged in the manufacture of these parts.

E. It is the intention of these Specifications to furnish and install a system that can be properly maintained and serviced without the necessity of carrying expensive parts, stocks, or being subjected to the inconvenience of interrupted service due to the lack of available parts.

1.8 CONTRACTOR DESIGN
A. The equipment shown on the Contract Drawings indicate the general nature of the photovoltaic system but does not show all components required. It is the responsibility of the Contractor to provide a complete photovoltaic system, satisfying all Design Documents and meeting all applicable codes and requirements.

B. Raceway, routing, and wiring for field devices are not shown on the Drawings except for a few specific design requirements.

C. Attachment points of the photovoltaic system to the building structure shall be the responsibility of the Contractor. Provide coordination with the Project Architect and Structural Engineer.

Provide calculations and details approved by a registered State of California Structural Engineer.

D. Design all PV modules, associated racking, structural supports and attachments for wind speeds and surface roughness exposures in accordance with the Structural Engineers Association of California SEAOC PV2-1012, “Wind Design for Low Profile Solar Photovoltaic Arrays on Flat Roofs” using design criteria as provided on the Structural Drawings.

E. All inverters and other PV system balance of system equipment shall be mounted to the building structure or PV canopy array structural members as required to provide proper anchorage against expected loads in compliance with the seismic rating of the structure. Design shall utilize anchors that can be connected to the equipment and to the building or array structure.

Equipment ratings and structural mounting comply with the seismic Risk Category requirements of the building.

F. All system components UL listed.

G. PV System components include, but are not limited to:

1. Ground fault detection systems for all DC system conductors and connected devices with an alarm function for ungrounded PV system topology with non-isolated PV inverters.

2. Surge protection for the PV inverters and other equipment on both the AC and DC sides of the system.

3. Reverse overcurrent protective devices (fuses or circuit breakers) for parallel connected series strings of PV modules to prevent reverse current flow from undamaged PV system circuits causing additional damage (arcing, overheating, fire, etc) to damaged modules or shorted wiring and/or other system components.

4. Rapid shutdown functionality with points of operation for rapid shutdown initiation as indicated within the Design Drawings. Design shall be approved with the AHJ prior to installation.

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SmithGroup – 11244.00 Sunnyvale Civic Center – Phase 1
Issued for Construction - October 27, 2020
PHOTOVOLTAIC SYSTEM 260630.10- 5
H. Utilize PV Wire that is moisture and sunlight resistant listed with a minimum temperature rating of 194°F on PV array conductors that are installed outside of electrica l raceways. List electrical
conductors installed within sunlight resistant raceways for wet locations and for the expected temperature exposure at the site during PV system operation.

I. Ensure adequate provisions are made for expansion and contraction of all system components due to extreme temperature fluctuations during the year. This includes wiring, raceways, and all attachment interfaces between the PV modules and the building structure.

J. PV system design fully complies with the distribution utility’s interconnection requirements.

1.9 SUBMITTALS
A. PV component product data including:

1. PV module product information cutsheet

2. PV inverter product information cutsheet

3. PV inverter communication card product information cutsheet

4. Product information cutsheets for communications devices associated with supervisory control, direct metering or performance monitoring of the PV system

5. Product information sheets for major balance of systems components, including conduit, raceways and conductors.

B. Shop Drawings, to include a complete PV system design for installation by the Contractor:

1. Photovoltaic single line diagram

2. Raceway and conductor sizing

3. Grounding and bonding details

4. Plan view and PV array layout drawings with identification of PV strings and sub-arrays

5. DC source and output circuit voltage drop calculations

6. PV system efficiency calculations including tilt and orientation factor, percent shading, and total solar resource fraction.

7. PV System annual energy production estimates.
a. Calculations shall utilize historical TMY3 weather data from nearest NREL weather station.
b. Calculations shall assume a once annual cleaning of all PV System modules and Contractor will make recommendations in the submittal as to the timing for cleaning to achieve maximum annual energy production.
c. Provide all calculation assumptions (efficiencies, losses, etc.) used to derive the annual energy production estimate.

8. Structural calculations, details, and shop drawings for the PV system support structure and attachment to the building system, with a state of California Structural Engineer’s stamp.

1.10 DOCUMENTATION
A. Provide complete documentation and submissions required for permitting, construction, federal tax credits, additional available incentives, and utility interconnection application.

B. Provide PV System Commissioning Report and As-Built documentation as detailed in this specification section.

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SmithGroup – 11244.00 Sunnyvale Civic Center – Phase 1
Issued for Construction - October 27, 2020
PHOTOVOLTAIC SYSTEM 260630.10- 6
C. Operating and Maintenance Data:

1. Provide
complete instructions covering the operation and testing of the PV System and associated equipment for the facility, together with a manual covering system operation and maintenance. Operation instructions include minor adjustments necessary to obtain optimum operation of the system.

2. Maintenance instructions include complete trouble shooting and diagnostic information, disassembly instructions, assembly instructions, and preventive maintenance schedule.

3. Provide the preventive maintenance schedule in outline form. Include recommended cleaners and specified necessary service checks. Furnish spare parts books for the array and associated equipment.

4. Include data in Operating and Maintenance Manuals specified in Section 260500, Common Work Results for Electrical.

1.11 COMPONENT AND INSTALLATION WARRANTY
A. Installation:

1. Provide the Owner with a full two year warranty on the entire PV system which will warranty the installed components, equipment, and labor. Provide all labor required to fix failed components.

2. The warranty includes service at the site including the labor for repair and/or replacement of components found to be defective for two years after project acceptance.

B. PV Modules

1. Minimum 10 year warranty against defects in materials and workmanship.

2. Performance degradation warranty such that the actual power output of the PV module will be no less than 90 percent of the module’s nameplate rated power output after 10 years of in-field service and no less than 80 percent of the module’s nameplate rated power output after 25 years of in-field service.

3. Repair or replace the defective components in cases of failure due to materials or workmanship.

C. Photovoltaic Inverter

1. Minimum 10 year warranty against defects in materials and workmanship.

2. Repair or replace the defective components in cases of failure due to materials or workmanship.

D. Electronics and Balance of System Components:

1. Minimum 10 year warranty against defects in materials and workmanship.

2. Repair or replace the defective components in cases of failure due to materials or workmanship.

E. PV Module Racking

1. Minimum 10 year warranty against defects in materials and workmanship.

2. Repair or replace the defective components in cases of failure due to materials or workmanship.

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SmithGroup – 11244.00 Sunnyvale Civic Center – Phase 1
Issued for Construction - October 27, 2020

PHOTOVOLTAIC SYSTEM 260630.10- 7
PART 2 PRODUCTS

2.1 MANUFACTURERS
A. Photovoltaic Modules:

1. Monofacial
a. Canadian Solar KuMax CS3U-390MS

2. Bi-Facial
a. Canadian Solar BiKu CS3U-390MB-AG
B. Inverters:

1. SolarEdge Three Phase InverterS for 480Y/277V Grid for North America a. (2) SE33.3KUS
b. (6) SE100KUS
C. PV Module Power Optimizer:

1. SolarEdge Power Optimizer for North America
a. P505
b. P8 60
D. Balance of System Components:

1. SolarBOS

2. Square D

3. Eaton

4. SMA

5. Other manufacturer’s equipment with approval
E. PV Module Racking:

1. Sunmodo Dual-Tilt 1.0
a. Shall facilitate racking as shown on Drawings at 10° E-W tilt b. Shall provide for clamp based PV module mounting along the long edges of photovoltaic modules.
c. Includes wire management
1) Provisions for mounting raceway systems

2. Alternates:
a. Other manufacturer’s racking equipment including custom designed and fabricated racking with prior approval.
b. Shall provide for clamp based PV module mounting along the long edges of photovoltaic modules.

3. Racking to incorporate wire management products and systems.

F. Remote Monitoring and Control Equipment

1. SolarEdge Commercial Communications Gateway (CCG)

2. SolarEdge RS-485 communications cards as required to provide supervisory control and data acquisition to each SolarEdge inverter.
a. Photovoltaic inverters and associated communications hardware must be capable of bi-directional, SunSpec compliant, communication over the following protocols to a third party monitoring and control system.
1) MODBUS TCP
2) MODBUS RTU
G. Other Manufacturers:

1. Submit substitution requests with product information and justification for equipment alternates in accordance with this or other referenced specifications.

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SmithGroup – 11244.00 Sunnyvale Civic Center – Phase 1
Issued for Construction - October 27, 2020

PHOTOVOLTAIC SYSTEM 260630.10- 8

2.2 PHOTOVOLTAIC MODULES (PV)
A. UL 1703 compliant.

B. All product ratings meet or exceed known or historic seismic and environmental exposure requirements at the Site.

C. Photovoltaic conversion efficiency of 19.4% percent or greater.

D. Module and integral accessories rated for 1000V DC PV circuit configurations.

E. Connectors compatible with SolarEdge module power optimizers F. Silver anodized frame.

2.3 DC COMBINER BOXES
A. Provide DC Combiner boxes with string disconnects as shown on Drawings. Boxes shall be weatherproof construction with fuses for individual module protection. Provide terminals for the connection of input and output conductors to connect the PV sub-arrays as indicated on the Drawings.

B. All product ratings meet or exceed known or historic seismic and environmental exposure requirements at the Site.

2.4 POWER INVERTERS
A. Inverter shall be compliant with UL1741SA and listed with an approved certification date on the California Energy Commission database of eligible inverters for California Rule 21 Phase 1, 2, and 3 grid interconnection requirements.

B. Provide a DC to AC power inverter that is compatible with the Contract Drawings, building electrical system and adherent to the local AHJ and electrical utility interconnection requirements.

C. The inverter shall be able to operate unattended in an automatic pre-programmed failsafe mode.

D. All product ratings meet or exceed known or historic seismic and environmental exposure requirements at the Site.

E. Inverter shall be equipped with communication gateway or similar hardware to permit SunSpec compliant MODBUS TCP or MODBUS RTU communication of operational status to a third-party device. Other communications protocols may be acceptable with prior approval.

F. Display screen or ability to connect display screen to provide read-out of operational system states, input, and output voltages, AC currents, wattage, etc and permit local programming and control of the inverter.

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SmithGroup – 11244.00 Sunnyvale Civic Center – Phase 1
Issued for Construction - October 27, 2020
PHOTOVOLTAIC SYSTEM 260630.10- 9

2.5 RAPID SHUTDOWN SYSTEM
A. PV system rapid shutdow
n shall be integral to the PV inverter(s) and module level DC-DC optimizers.

B. Rapid shutdown initiation shall be accomplished via de-energization or disconnection of the inverter output circuit(s) from the utility or microgrid AC waveform.

C. Rapid shutdown system shall be compliant with all applicable NEC code sections.

2.6 REMOTE MONITORING
A. Provide supervisory control and data acquisition capability to the photovoltaic inverter(s) via a SunSpec compliant MODBUS TCP or MODBUS RTU communication link to the Microgrid Energy Management System (MEMS).

2.7 ELECTRICAL BALANCE OF SYSTEMS
A. Provide all balance of systems components to ensure an operational system that is compatible with the Contract Drawings, major system components as required by this and other specifications and adherent to the local AHJ and electrical utility interconnection requirements.

2.8 PHOTOVOLTAIC MODULE RACKING
A. Provide a photovoltaic racking product compatible PV module and provide the means of structural support for the modules within the PV array. Attach the racking system to the building structure according to the Contract Drawings and be rated for loading conditions as required by code and project specific seismic resilient structural design.

1. Verify PV module structural design pressures and array racking design with the project structural engineer prior to installation.

PART 3 EXECUTION

3.1 INSTALLATION
A. Protect equipment during shipping, handling, and storage to comply with manufacturer’s requirements and prevent damage to the module glass. Damage to the modules include physical, condensation, temperature changes, sun, chemical, and other. Replace any scratched or damaged modules. Store equipment in a clean, dry environment.

B. Furnish and install materials required for a complete and operational system. Provide required structural components and hardware to mount the PV arrays on roof with minimum roof penetrations. Coordinate PV array anchor points with building structure tie points.

C. Provide and install PV system labeling as required by NEC as well as the local AHJ and fire department. Refer to Section 260553 for additional requirements.

D. Provide and install tie points, railing and other equipment necessary for compliance with OSHA requirements.

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SmithGroup – 11244.00 Sunnyvale Civic Center – Phase 1
Issued for Construction - October 27, 2020
PHOTOVOLTAIC SYSTEM 260630.10- 10

3.2 ELECTRICAL WIRING
A. Except for UV exposure
rated PV Wire behind modules, install PV System wiring in listed and appropriately sized conduits. PV System conductors installed consider route, length, and sized to keep voltage drop below 2 percent. Conceal or hide routing of raceways between PV arrays behind or underneath the PV array or sub-arrays. Test electrical connections between the various items of the System for continuity prior to energizing. Refer to Section 260533 for additional requirements.

B. Roof penetrations comply with Architectural and Structural requirements.

C. Provide labels for PV source circuit string wiring leads within DC combiner and/or DC recombiner boxes, enclosures and panel assemblies to clearly indicate both DC negative and DC positive as well a unique series string identifier.

D. For UV exposure rated PV Wire behind modules, Contractor shall employ submitted and approved wire management products to organize and conceal any free-air wiring.

3.3 COORDINATION
A. Coordinate system design with roofing system provided by other Divisions.

B. If a battery system has been included on the project at the time of installation, coordinate PV System installation with Battery Energy Storage System (BESS) install to ensure acceptable PV system disconnecting means are provided to electrically isolate the PV system from the BESS and vice versa.

C. Coordinate installation and testing of all PV system communications and control cabling and equipment with the MEMS vendor and MEMS installing contractor.

3.4 SUPERVISION
A. A qualified representative of the PV System inverter manufacturer will supervise, check, and test installation and provide startup services.

B. Exercise caution in the installation of the PV modules, in that they can generate lethal voltages when exposed to sunlight. The PV modules will go live with open circuit voltage when they are removed from their enclosed shipping containers. Contractor is responsible for establishing energized equipment safety protocol for those working with and around the installation of the PV modules.

3.5 FIELD TESTING, COMMISSIONING AND AS-BUILT DOCUMENTATION A. After the installation and initial start-up of the PV System set is complete, perform a test and log in the presence of the Architect and/or Owner. An engineer provided by the PV System integrator monitors the system during the tests, to check details of the installation and to instruct the operators. This engineer is required for a period of not less than 2 days for instruction and tests. Include costs associated with this work in the bid. Furnish instruments to conduct the tests and connect devices to obtain data required.

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SmithGroup – 11244.00 Sunnyvale Civic Center – Phase 1
Issued for Construction - October 27, 2020
PHOTOVOLTAIC SYSTEM 260630.10- 11
B. Field Test Requirements:

1. Record
data and results as required to prepare the Commissioning Report submittal as detailed in Section 3.5.C.

2. Additional test data shall include:
a. Test the AC line voltage at PV system AC disconnect(s) to confirm that it is within 2 percent of system rated line to line and line to ground voltage. Record voltage data.
b. Test the continuity of DC fuses (if applicable) to be installed in each DC string combiner box.
c. Test PV array open circuit DC voltage at each inverter DC disconnect switch to ensure voltage is within proper limits according to the inverter manufacturer’s installation manual.

C. PV System Commissioning Report

1. Provide a commissioning report that conforms to the SunSpec Alliance Best Practices Guide for Commissioning for PV Performance (D42039-1). Include the following sections with associated data and results of the report:
a. PV system information and data collected at time of commissioning 1) System name, address location
2) System size, type (fixed, tracking), module, inverter, pitch and azimuth 3) As-built system derate factors
a) Module mismatch loss
b) DC wiring loss
c) PV module nameplate mismatch loss
d) Power optimizer loss (if applicable)
e) AC wiring loss
f) Step-up transformer loss (if applicable)
4) Name of person(s) performing the tests and reporting the results 5) Test equipment used (monitoring/model, irradiance sensor, temperature sensor, etc.)
6) Period of time for measurements
7) Number of measurements taken and used
8) Irradiance measured (and conversion of POA to GHI if appropriate) 9) Temperature measured (and conversion of ambient to module/cell if appropriate)
10) Wind Speed Measured
11) AC power measured
b. Calculation of the Power Performance Index (PPI) and associated findings 1) Calculation method and associated system derate factors used to calculate PPI
2) PPI calculated (measured kWac to expected kWac)
3) Uncertainty of the test results and acceptable tolerances 4) Notes on significant findings or observances
5) Summary and narrative of the outcome, with an action plan, if required c. PV source circuit performance data in the form of the following information for each electrically isolatable PV string within the overall PV array 1) Performance Factor
2) Fill Factor
3) Short Circuit Current (Isc)
4) Open Circuit Voltage (Voc)
5) Maximum Power Current (Imp)
6) Maximum Power Voltage (Vmp)
7) String Maximum Power (Pmax)
8) I-V curve graph test results for each string
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SmithGroup – 11244.00 Sunnyvale Civic Center – Phase 1
Issued for Construction - October 27, 2020
PHOTOVOLTAIC SYSTEM 260630.10- 12
D. Operations and Maintenance Data:

1. Provide
complete instructions covering the operation of the PV System and associated equipment for the facility, together with a manual covering system operation and maintenance.

2. Operation instructions include future operational adjustments, utility operational requirements, and incentive program renewals required to obtain optimum energy production and/or financial benefit from the PV system.

3. Dated print-out of PV inverter settings showing field configurable settings.

4. Digital copy of PV inverter settings file. If the settings file varies by inverter, indicate the PV inverter serial number in the digital settings file filename.

5. Maintenance instructions include complete troubleshooting and diagnostic information, disassembly instructions, assembly instructions, and a preventive maintenance schedule.

6. Provide the preventive maintenance schedule in outline form. Include recommended cleaning practices and specified necessary service checks. Furnish spare parts books for the array and associated equipment.

7. Include data in Operating and Maintenance Manuals specified in Section 260500, Common Work Results for Electrical.

E. As-Built Documentation

1. Plan view of PV array(s) with serial number mapping for each PV module and PV inverter associated with the PV system.

2. Updated PV one-line diagrams with as-built conduit and conductor information with installed lengths of PV system feeders (PV source circuits, PV output circuits and PV inverter input circuits).

3. Updated one-line drawing of Rapid Shutdown system showing all system components, component locations and system cabling with sizes and lengths.

3.6 TRAINING
A. Provide operation and maintenance training for Owner’s personnel.

B. Conduct a minimum of one scheduled maintenance training sessions upon completion of the work. PV system operation and maintenance training sessions shall include the following:

1. Walk-thru of the installed and operational PV equipment identifying the function and maintenance requirements for each component.
a. Video record system walk-thru and include digital copy of recording in O&M binder.

2. PV system status monitoring and configuration capabilities and methods for local and remote access to monitoring and configuration utilities.

3. Include a fully qualified, trained representative, of the PV inverter manufacturer who is thoroughly knowledgeable of the specific installation in the training session.

4. Review of PV System O&M binder materials.

5. Supervised control of PV system operation by authorized Facility Owner personnel. At a minimum, test operations shall place the PV system into standby mode, perform a complete maintenance shutdown (de-energization) of the PV system, perform a complete energization of the PV system and place the PV system into normal run mode following a standby command.

C. Provide a minimum of one refresher training session at the request of the Facility Owner or Facility Owner maintenance personnel within the initial warranty period.

D. Provide an optional cleaning and maintenance service contract for Owner’s review.

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SmithGroup – 11244.00 Sunnyvale Civic Center – Phase 1
Issued for Construction - October 27, 2020
PHOTOVOLTAIC SYSTEM 260630.10- 13

3.7 ACCEPTANCE
A. Final acce
ptance made when the PV System integrator has successfully completed the on-site tests, after any defects in material or operation has been corrected and all Submittals and Documentation have been submitted to, reviewed by and accepted the project Architect.

3.8 SPARE PARTS
A. Provide Owner with 5% spare stock of uni-facial and bi-facial PV modules.

END OF SECTION
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Page 51 of 61 ends

ELEV CONTROL
ROOM
504

HW EQUIPMENT
ROOM
503

PV ELECTRICAL
ROOM
502
ELEV.

VESTIBULE
501

EAST STAIR
S15

WEST STAIR
S25
F
B
A
H
234567891012
J
D
E
G

5.513 11
1 5
5 2
2 4
3 3
34 3

SHEET NUMBER

PROJECT NUMBER

SHEET TITLE

KEYPLAN

SEALS AND SIGNATURES

San Francisco, CA 94102
415.544.7500
pae-engineers.com.com
10/9/2020 10:02:55 AM

ROOF PLAN - LIGHTNING

PROTECTION
3-E3.2.1
Author

SUNNYVALE CIVIC CENTER
GENERAL NOTES:
1/16" = 1'-0"1 ROOF PLAN - LIGHTNING PROTECTION
A. PROVIDE EARLY STREAMER EMISSION TYPE LIGHTNING
PROTECTION SYSTEM. REFER TO DETAIL SHEETS FOR MORE
INFORMATION.

1. PROVIDE SIDE-MOUNTED LIGHTNING PROTECTION MAST. MASK SHALL EXTEND 9' ABOVE THE PENTHOUSE ROOF.

2. PROVIDE LIGHTNING PROTECTION DOWNLEAD TO GROUND.

COORDINATE ROUTING ALONG STRUCTURAL COLUMN WITH
ARCHITECT AND STRUCTURAL ENGINEER.

3. PROVIDE LIGHTNING PROTECTION GROUND ARRAY AT GRADE
(BELOW) COORDINATE GROUND ROD LOCATIONS WITH
LANDSCAPE ARCHITECT AND CIVIL ENGINEER.

4. PROVIDE GROUND ROD TEST WELL AT GRADE (BELOW)
COORDINATE WITH LANDSCAPE ARCHITECT.

5. PROVIDE CLASS II COPPER LIGHTNING PROTECTION
HORIZONTAL CONDUCTOR ALONG ROOF.

6. PROVIDE UNDERGROUND CLASS II COPPER LIGHTNING
PROTECTION HORIZONTAL CONDUCTOR EMBEDDED IN EARTH.

NOTES:

PROJECT NORTHTRUE NORTH

ISSUED FOR REV DATE
CONSTRUCTION 27 OCT 2020

ISSUED FOR CONSTRUCTION
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Page 53 of 61 ends

150A
3P
1504
150A
3P
50A
3P
5041504 6004
150A
3P
1504
600A
3P
F
E6.0.1
PV SWITCHBOARD - "4S5-6F-A"
600A 480Y/277V
3PH 4W
AIC 22K

PHOTOVOLTAIC INVERTER
PV-A
SE100KUS
100KW
PV
OUT

PHOTOVOLTAIC INVERTER
PV-B
SE100KUS
100KW

PHOTOVOLTAIC INVERTER
PV-C
SE100KUS
100KW

PHOTOVOLTAIC INVERTER
PV-D
SE33.3KUS

33.33KW
1 PV
OUT
1 PV
OUT
1 PV
OUT
1 PV
OUT
1 PV
OUT
1 PV
OUT
1 PV
OUT
1 PV
OUT
1 DC302
PV ELEC ROOM 502
PV
OUT
PV
OUT
PV
OUT
PV
OUT
PV
OUT
PV
OUT
PV
OUT
PV
OUT
PV
OUT
2 2
2 2
2 2
2 2
2 DC302
PV-A-1 (38 MODULES)
PV-A-2 (38 MODULES)
PV-A-3 (36 MODULES)
PV-A-4 (32 MODULES)
PV-A-5 (36 MODULES)
PV-A-6 (34 MODULES)
PV-A-7 (33 MODULES)
PV-A-8 (30 MODULES)
PV-A-9 (38 MODULES)
PV
OUT
1 PV
OUT
1 PV
OUT
1 DC302
PV
OUT
PV
OUT
PV
OUT
PV
OUT
PV
OUT
PV
OUT
PV
OUT
PV
OUT
PV
OUT
2 2
2 2
2 2
2 2
2 DC302
PV-B-1 (38 MODULES)
PV-B-2 (24 MODULES)
PV-B-3 (38 MODULES)
PV-B-4 (38 MODULES)
PV-B-5 (20 MODULES)
PV-B-6 (20 MODULES)
PV-B-7 (18 MODULES)
PV-B-8 (21 MODULES)
PV-B-9 (33 MODULES)
PV-C-1 (30 MODULES)
PV-C-2 (30 MODULES)
PV-C-3 (30 MODULES)
PV-C-4 (30 MODULES)
PV-C-5 (30 MODULES)
PV-C-6 (30 MODULES)
PV-C-7 (30 MODULES)
PV-C-8 (30 MODULES)
PV-C-9 (30 MODULES)
PV-D-3 (19 MODULES)
PV-D-2 (20 MODULES)
PV-D-1 (20 MODULES)
J
E6.0.4
PV
OUT
PV
OUT
PV
OUT
(TYP) PV MONOFACIAL MODULE DC-DC OPTIMIZER (TYP)

TO INVERTER
3 5
PV
OUT
PV
OUT
PV
OUT
(TYP) PV BIFACIAL MODULE DC-DC OPTIMIZER (TYP)

TO INVERTER
4 6

SHEET NUMBER

PROJECT NUMBER

SHEET TITLE

SEALS AND SIGNATURES

San Francisco, CA 94102
415.544.7500
pae-engineers.com.com
10/9/2020 10:03:58 AM

DIAGRAMS - ELECTRICAL
- PV RISER EAST
3-E6.0.3
Author

SUNNYVALE CIVIC CENTER
1 E - ELECTRICAL RISER DIAGRAM - PHOTOVOLTAIC SYSTEM EAST 2 STRING DIAGRAM - MONOFACIAL
NOTES:

GENERAL NOTES:

A. PROVIDE PV SYSTEM IN ACCORDANCE WITH NEC AND LOCAL CODES. PV SYSTEM

CONSISTS OF PV MODULES, MOUNTING SYSTEM, AC AND DC DISCONNECTS, INVERTERS,

CONDUIT, WIRE MANAGEMENT, MONITORING DEVICES, OVERCURRENT PROTECTIVE

DEVICES, GRID INTEGRATION RELAYS, AND OTHER ACCESSORIES NEEDED FOR PROPER OPERATIONS. INTEGRATE COMPLETE SYSTEM WITH FACILITY ELECTRICAL SYSTEM WITHOUT IMPACT TO THE UTILITY SERVICE OR POWER QUALITY. SEE PHOTOVOLTAIC DIAGRAM AND SPECIFICATIONS FOR ADDITIONAL INFORMATION AND REQUIREMENTS.

DC40002 4000 (9 ) 3" (18) 750 (9) 500
DC30002 3000 (7 ) 3" (14) 750 (7) 500
DC25002 2500 (6 ) 3" (12) 750 (6) 350
DC20002 2000 (5 ) 3" (10) 750 (5) 250
DC16002 1600 (4 ) 3" (8) 750 (4) 4/0
DC12002 1200 (4) 2 1/2" (8) 350 (4 ) 3/0
DC10002 1000 (3) 2 1/2" (6) 500 (3 ) 2/0
DC8002 800 (2) 2 1/2" (4) 500 (2 ) 1/0
DC6002 600 (2 ) 2" (4) 250 (2) 1
DC5002 500 (2 ) 2" (4) 4/0 (2) 2
DC4502 450 (2 ) 2" (4) 4/0 (2) 2
DC4002 400 (2 ) 2" (4) 3/0 (2) 3
DC3502 350 2 1/2" (2) 350 3
DC3002 300 2" ( 2) 250 4
DC2502 250 2" ( 2) 4/0 4
DC2252 225 2" ( 2) 4/0 4
DC2002 200 2" ( 2) 3/0 6
DC1752 175 1 1/2" (2) 2/0 6
DC1502 150 1 1/2" (2) 1/0 6
DC1252 125 1 1/4" (2) 1 6
DC1102 110 1 1/4" (2) 1 6
DC1002 100 1 1/4" (2) 2 8
DC902 90 1" ( 2) 3 8
DC802 80 1" ( 2) 3 8
DC702 70 1" ( 2) 4 8
DC602 60 3/ 4" (2) 6 10
DC502 50 3/ 4" (2) 6 10
DC402 40 3/ 4" (2) 8 10
DC302 30 1/ 2" (2) 10 10
DC202 20 1/ 2" (2) 12 12

TAG NO MINAL

AMPACITY

CONDUIT

SIZE (MIN)
(+) & (-)

CONDUCTORS
(AWG or kcmil)
GROUND

CONDUCTOR
(AWG or kcmil)

DC FEEDER SCHEDULE
CO
PPER: (+), (-) & GROUND
3 STRING DIAGRAM - BIFACIAL
CANADIAN SOLAR CS3U-390MS MODULE SPECIFICATION
MODULE RATING: 390W
NOMINAL MAX POWER (Pmax): 290W
OPERATING VOLTAGE(Vmp): 37.6V
OPERATING CURRENT(Imp): 7.72A
OPEN CIRCUIT VOLTAGE(Voc):45.2V
SHORT CIRCUIT CURRENT(Isc):8.20A
CANADIAN SOLAR CS3U-390MB-AG MODULE SPECIFICATION
MODULE RATING: 390W
NOMINAL MAX POWER (Pmax): 292W
OPERATING VOLTAGE(Vmp): 37.7V
OPERATING CURRENT(Imp): 7.72A
OPEN CIRCUIT VOLTAGE(Voc):45.3V
SHORT CIRCUIT CURRENT(Isc):8.20A

1. SEE DETAIL 2 FOR TYPICAL MONOFACIAL PV MODULE STRING DIAGRAM.

2. SEE DETAIL 3 FOR TYPICAL BIFACIAL PV MODULE STRING DIAGRAM.

3. BASIS OF DESIGN MONOFACIAL MODULE SEE SPEC 260630.10.

4. BASIS OF DESIGN BIFACIAL MODULE SEE SPEC 260630.10

5. BASIS OF DESIGN 2 MODULE OPTIMIZER SEE SPEC 260630.10.

6. BASIS OF DESIGN 1 MODULE OPTIMIZER SEE SPEC 260630.10.

EAST ARRAY SUMMARY
NUMBER OF CS3U-390MS MODULES: 565
NUMBER OF CS3U-390MB-AG MODULES: 329
NUMBER OF SE100KUS INVERTERS: 3
NUMBER OF SE33.3KUS INVERTERS: 1
NUMBER OF P505 OPTIMIZERS:340
(QUANITY TO BE FINALIZED BY CONTRACTOR)
NUMBER OF P860 OPTIMIZERS FOR COMPLETE ARRAY:285
(QUANITY TO BE FINALIZED BY CONTRACTOR)
ADDENDUM #4 4 28 AUG 2020

ISSUED FOR REV DATE
CONSTRUCTION 27 OCT 2020

ISSUED FOR CONSTRUCTION
DocuSign Envelope ID: CEE12293-E980-4FD8-B43B-95F12CDEFEA2 Attachment 1

Page 54 of 61 ends

150A
3P
1504
50A
3P
150A
3P
1504504
6004
150A
3P
1504
600A
3P
G
E6.0.1
PV SWITCHBOARD - "4S5-6F-B"
600A 480Y/277V
3PH 4W
AIC 22K

PHOTOVOLTAIC INVERTER
PV-E
SE33.3KUS

33.33KW
PV
OUT

PHOTOVOLTAIC INVERTER
PV-F
SE100KUS
100KW

PHOTOVOLTAIC INVERTER
PV-G
SE100KUS
100KW

PHOTOVOLTAIC INVERTER
PV-H
SE100KUS
100KW
2 PV
OUT
2 PV
OUT
2 PV
OUT
2 PV
OUT
2 PV
OUT
2 PV
OUT
2 PV
OUT
2 PV
OUT
2 PV
OUT
PV
OUT
PV
OUT
1 1
1 DC302 DC302
PV ELEC ROOM 502
PV
OUT
PV
OUT
PV
OUT
PV
OUT
PV
OUT
PV
OUT
PV
OUT
PV
OUT
PV
OUT
1 1
1 1
1 1
1 1
1 DC302
PV-E-1 (26)
PV-E-2 (36)
PV-E-3 (36)
PV-F-1 (38)
PV-F-2 (33)
PV-F-3 (38)
PV-F-4 (38)
PV-F-5 (38)
PV-F-6 (37)
PV-F-7 (38)
PV-F-8 (36)
PV-F-9 (36)
PV-G-1 (30)
PV-G-2 (30)
PV-G-3 (30)
PV-G-4 (30)
PV-G-5 (30)
PV-G-6 (30)
PV-G-7 (17)
PV-G-8 (24)
PV-G-9 (30)
PV
OUT
2 PV
OUT
2 PV
OUT
2 PV
OUT
2 PV
OUT
2 PV
OUT
2 PV
OUT
2 PV
OUT
2 PV
OUT
2 DC302
PV-H-1 (30)
PV-H-2 (30)
PV-H-3 (30)
PV-H-4 (30)
PV-H-5 (30)
PV-H-6 (30)
PV-H-7 (30)
PV-H-8 (30)
PV-H-9 (30)
J
E6.0.3
K
E6.0.1
PV
OUT
PV
OUT
PV
OUT
(TYP) PV MONOFACIAL MODULE DC-DC OPTIMIZER (TYP)

TO INVERTER
3 5
PV
OUT
PV
OUT
PV
OUT
(TYP) PV BIFACIAL MODULE DC-DC OPTIMIZER (TYP)

TO INVERTER
64 SHEET NUMBER

PROJECT NUMBER

SHEET TITLE

KEYPLAN

SEALS AND SIGNATURES

ISSUED FOR REV DATE
Plot Date:
301 BATTERY STREET
7TH FLOOR
SAN FRANCISCO, CA 94111
415.227.0100
smithgroup.com
C
BID SET 08 AUG 2020
PUBLIC WORKS PROJECT # PR-19-06
PAE Consulting Engineers
48 Golden Gate Ave.

San Francisco, CA 94102
415.544.7500
pae-engineers.com.com
10/9/2020 10:04:01 AM

DIAGRAMS - ELECTRICAL
- PV RISER WEST
3-E6.0.4
Author

SUNNYVALE CIVIC CENTER
1 E - ELECTRICAL RISER DIAGRAM - PHOTOVOLTAIC SYSTEM WEST NOTES:

GENERAL NOTES:

A. PROVIDE PV SYSTEM IN ACCORDANCE WITH NEC AND LOCAL CODES. PV SYSTEM

CONSISTS OF PV MODULES, MOUNTING SYSTEM, AC AND DC DISCONNECTS, INVERTERS,

CONDUIT, WIRE MANAGEMENT, MONITORING DEVICES, OVERCURRENT PROTECTIVE

DC40002 4000 (9) 3" (18) 750 (9) 500
DC30002 3000 (7) 3" (14) 750 (7) 500
DC25002 2500 (6) 3" (12) 750 (6) 350
DC20002 2000 (5) 3" (10) 750 (5) 250
DC16002 1600 (4) 3" (8) 750 (4) 4/0
DC12002 1200 (4) 2 1/2" (8) 350 (4) 3/0
DC10002 1000 (3) 2 1/2" (6) 500 (3) 2/0
DC8002 800 (2) 2 1/2" (4) 500 (2) 1/0
DC6002 600 (2) 2" (4) 250 (2) 1
DC5002 500 (2) 2" (4) 4/0 (2) 2
DC4502 450 (2) 2" (4) 4/0 (2) 2
DC4002 400 (2) 2" (4) 3/0 (2) 3
DC3502 350 2 1 /2" (2) 350 3
DC3002 300 2" (2 ) 250 4
DC2502 250 2" (2 ) 4/0 4
DC2252 225 2" (2 ) 4/0 4
DC2002 200 2" (2 ) 3/0 6
DC1752 175 1 1 /2" (2) 2/0 6
DC1502 150 1 1 /2" (2) 1/0 6
DC1252 125 1 1 /4" (2) 1 6
DC1102 110 1 1 /4" (2) 1 6
DC1002 100 1 1 /4" (2) 2 8
DC902 90 1" (2 ) 3 8
DC802 80 1" (2 ) 3 8
DC702 70 1" (2 ) 4 8
DC602 60 3/4 " (2) 6 10
DC502 50 3/4 " (2) 6 10
DC402 40 3/4 " (2) 8 10
DC302 30 1/2 " (2) 10 10
DC202 20 1/2 " (2) 12 12

TAG NOM INAL

AMPACITY

CONDUIT

SIZE (MIN)
(+) & (-)

CONDUCTORS
(AWG or kcmil)
GROUND

CONDUCTOR
(AWG or kcmil)

DC FEEDER SCHEDULE
COP
PER: (+), (-) & GROUND
CANADIAN SOLAR CS3U-390MS MODULE SPECIFICATION
MODULE RATING: 390W
NOMINAL MAX POWER (Pmax): 290W
OPERATING VOLTAGE(Vmp): 37.6V
OPERATING CURRENT(Imp): 7.72A
OPEN CIRCUIT VOLTAGE(Voc):45.2V
SHORT CIRCUIT CURRENT(Isc):8.20A
CANADIAN SOLAR CS3U-390MB-AG MODULE SPECIFICATION
MODULE RATING: 390W
NOMINAL MAX POWER (Pmax): 292W
OPERATING VOLTAGE(Vmp): 37.7V
OPERATING CURRENT(Imp): 7.72A
OPEN CIRCUIT VOLTAGE(Voc):45.3V
SHORT CIRCUIT CURRENT(Isc):8.20A
2 STRING DIAGRAM - MONOFACIAL
3 STRING DIAGRAM - BIFACIAL

WEST ARRAY SUMMARY
NUMBER OF CS3U-390MS MODULES: 430
NUMBER OF CS3U-390MB-AG MODULES: 511
NUMBER OF SE100KUS INVERTERS: 3
NUMBER OF SE33.3KUS INVERTERS: 1
NUMBER OF P505 OPTIMIZERS: 565
(QUANITY TO BE FINALIZED BY CONTRACTOR)
NUMBER OF P860 OPTIMIZERS: 225
(QUANITY TO BE FINALIZED BY CONTRACTOR)

1. SEE DETAIL 2 FOR TYPICAL MONOFACIAL PV MODULE STRING DIAGRAM.

2. SEE DETAIL 3 FOR TYPICAL BIFACIAL PV MODULE STRING DIAGRAM.

3. BASIS OF DESIGN MONOFACIAL MODULE SEE SPEC 260630.10.

4. BASIS OF DESIGN BIFACIAL MODULE SEE SPEC 260630.10

5. BASIS OF DESIGN 2 MODULE OPTIMIZER SEE SPEC 260630.10.

6. BASIS OF DESIGN 1 MODULE OPTIMIZER SEE SPEC 260630.10.

PROJECT NORTHTRUE NORTH
ADDENDUM #4 4 28 AUG 2020

ISSUED FOR REV DATE
CONSTRUCTION 27 OCT 2020

ISSUED FOR CONSTRUCTION
DocuSign Envelope ID: CEE12293-E980-4FD8-B43B-95F12CDEFEA2 Attachment 1

Page 55 of 61 ends

PANEL SCHEDULE
PANEL: 2P0-7F LOCATION: ELECTRICAL P08 VOLTAGE: 208 Y/ 120 P: 3 W: 4 AIC RATING: 10K AMP: 100 MLO MCB X MOUNTING: X SURFACE FLUSH
TYPE: EXISTING NEW X STYLE: NEUTRAL: 100% FED FROM: 4T0-7F-B

CIRCUIT DESCRIPTION

LOAD CKT P CIR P CIR P CKT LOAD

CIRCUIT DESCRIPTION
TYPE KVA BKR # H # BKR KVA TYPE
PARKING GARAGE RECEPTACLES REC 1.44 20 1 1 A 2 1 20 SPACE PARKING GARAGE RECEPTACLES REC 1.44 20 1 3 B 4 1 20 SPACE PARKING GARAGE RECEPTACLES REC 0.54 20 1 5 C 6 1 20 SPACE FIRE CONTROL ROOM CONVENIENCE RECPT, ELEC CLOSET P09 REC 0.36 20 1 7 A 8 1 20 SPACE PARKING GARGE RECEPTACLES REC 0.54 20 1 9 B 10 1 20 SPACE PARKING GARAGE RECEPTACLES REC 0.72 20 1 11 C 12 1 20 SPACE PARKING GARAGE RECEPTACLES REC 0.18 20 1 13 A 14 1 20 SPACE PARKING GARAGE RECEPTACLES REC 0.18 20 1 15 B 16 1 20 SPACE SPACE 20 1 17 C 18 1 20 SPACE
DOOR OPERATOR BASEMENT MISC 0.30 20 1 19 A 20 1 20 SPACE DOOR OPERATOR BASEMENT MISC 0.30 20 1 21 B 22 1 20 SPACE DOOR OPERATOR BASEMENT MISC 0.30 20 1 23 C 24 1 20 SPACE DOOR OPERATOR BASEMENT MISC 0.30 20 1 25 A 26 1 20 SPACE DOOR OPERATOR BASEMENT MISC 0.30 20 1 27 B 28 1 20 SPACE DOOR OPERATOR LVL 1 MISC 0.30 20 1 29 C 30 1 20 SPACE
IRRIGATION METER MISC 0.18 20 1 31 A 32 1 20 SPARE
COLD WATER METER MISC 0.18 20 1 33 B 34 1 20 SPARE
SPACE 20 1 35 C 36 1 20 SPARE
SPACE 20 1 37 A 38 1 20 SPARE
SPACE 20 1 39 B 40 1 20 SPARE
SPACE 20 1 41 C 42 1 20 SPARE

ESTIMATED MAXIMUM DEMAND (EMD) CALCULATIONS
LOAD SUMMARY: LOAD TYPE CONNECTED NEC DEMAND
LIGHTING LTG 0.0 KVA 0.0 KVA (125%) CONNECTED PHASE LOADING RESIDENT LTG/REC RES 0.0 KVA 0.0 KVA ( 100/35/25 %) PHASE A: 2.76 KVA SMALL APPLIANCE RES 0.0 KVA 0.0 KVA ( 100/35/25 %) PHASE B: 2.94 KVA LARGEST MOTOR MTR KVA 0.0 KVA (125%) PHASE C: 1.86 KVA
REMAINING MOTORS MTR 0.0 KVA 0.0 KVA (100%)
GEN PURPOSE REC REC 5.4 KVA 5.4 KVA ( 50% > 10KVA)
COMPUTER REC MISC 0.0 KVA 0.0 KVA (100%)
EQUIP/OTHER MISC 2.2 KVA 2.2 KVA (100%) NOTES:

HEATING MISC 0.0 KVA 0.0 KVA (100%) SPARE: 120V SINGLE PHASE BREAKER ELEVATOR ELEV 0.0 KVA 0.0 KVA (100%)
KITCHEN EQPT KITCH 0.0 KVA 0.0 KVA (65%)
TOTALS: 7.6 KVA 7.6 KVA

21.0 AMP 21.0 AMP

PANEL SCHEDULE
PANEL: 2P1-10G LOCATION: ELECTRICAL 134 VOLTAGE: 208 Y/ 120 P: 3 W: 4 AIC RATING: 10K AMP: 400 MLO MCB X MOUNTING: X SURFACE FLUSH
TYPE: EXISTING NEW X STYLE: NEUTRAL: 100% FED FROM: 4T1-10G

CIRCUIT DESCRIPTION

LOAD CKT P CIR P CIR P CKT LOAD

CIRCUIT DESCRIPTION
TYPE KVA BKR # H # BKR KVA TYPE
ELEC 134 REC 0.36 20 1 1 A 2 1 20 1.08 REC HALLWAY 102/COUNCIL CHAMBER 101 IDF 133 REC 0.18 20 1 3 B 4 1 20 0.30 MISC DOOR OPERATOR AV CONTROL 132 REC 0.72 20 1 5 C 6 1 20 0.18 MISC DOOR OPERATOR CONFERENCE 138 REC 1.44 20 1 7 A 8 1 20 1.26 REC COUNCIL CHAMBR 120 LARGE CONFERENCE 137 REC 0.90 20 1 9 B 10 1 20 1.08 REC COUNCIL CHAMBER 120 LARGE CONFERENCE 135 REC 1.44 20 1 11 C 12 1 20 1.44 REC COUNCIL CHAMBR 120 LARGE CONFERENCE 135 REC 1.08 20 1 13 A 14 1 20 1.44 REC COUNCIL CHAMBER 120 TRAINING ROOM 145 REC 1.44 20 1 15 B 16 1 20 1.44 REC COUNCIL CHAMBER 120 TRAINING ROOM 145 MOTORIZED SHADES MISC 1.44 20 1 17 C 18 1 20 0.54 REC COUNCIL CHAMBER 120 COMPUTER LAB 140 MOTORIZED SHADES MISC 0.72 20 1 19 A 20 1 20 0.30 MISC DOOR OPERATOR TRAINING ROOM 145 REC 1.26 20 1 21 B 22 1 20 1.08 REC COUNCIL CHAMBER 120 TRAINING ROOM 145 REC 1.08 20 1 23 C 24 1 20 1.08 REC COUNCIL CHAMBER 120 TRAINING ROOM 145 REC 1.08 20 1 25 A 26 1 20 0.72 REC COUNCIL CHAMBER 120 TRAINING ROOM 145 REC 1.44 20 1 27 B 28 1 20 1.44 REC COUNCIL CHAMBER 120 TRAINING ROOM 145 REC 1.08 20 1 29 C 30 1 20 1.08 REC AV CONTROL 132 STORAGE 143 REC 0.54 20 1 31 A 32 1 20 0.36 REC OUTSIDE RECEPTACLES* TRAINING ROOM 145 REC 0.54 20 1 33 B 34 1 20 0.54 REC OUTSIDE RECEPTACLES* COMPUTER LAB 140 REC 0.90 20 1 35 C 36 1 20 0.30 MISC DOOR OPERATOR COMPUTER LAB 140 REC 0.90 20 1 37 A 38 1 20 0.30 MISC DOOR OPERATOR COMPUTR LAB 140 REC 0.18 20 1 39 B 40 1 20 0.30 MISC DOOR OPERATOR COUNCIL CHAMBER LOBBY 101 MOTORIZED SHADES MISC 1.08 20 1 41 C 42 1 20 0.30 MISC DOOR OPERATOR CATERING 141 - CONV. RECPT REC 0.54 20 1 43 A 44 1 20 0.18 MISC COUNCIL CHAMBER PROJECTOR CATERING 141 - DISHWASHER KITCH 1.80 20 1 45 B 46 1 20 0.18 MISC COUNCIL CHAMBER SCREEN CATERING 141 - DISHWASHER KITCH 1.80 20 1 47 C 48 1 20 1.44 REC COUNCIL CHAMBER CATERING 141 - FRIDGE KITCH 0.70 20 1 49 A 50 1 20 1.08 REC COUNCIL CHAMBER TRAINING ROOM 145 REC 1.44 20 1 51 B 52 1 20 SPACE
TRAINING ROOM 145 REC 1.44 20 1 53 C 54 1 20 SPACE
TRAINING ROOM 145 REC 1.08 20 1 55 A 56 1 20 SPACE
TRAINING ROOM PROJECTORS MTR 0.54 20 1 57 B 58 1 20 SPACE TRAINING ROOM 140 REC 1.44 20 1 59 C 60 1 20 SPACE
TRAINING ROOM 140 REC 1.44 20 1 61 A 62 1 20 SPACE
DOOR OPERATOR REC 0.30 20 1 63 B 64 1 20 SPACE
IDF 133 LV DEVICES MISC 0.18 20 1 65 C 66 1 20 SPACE
ELECTRONIC DIRECTORY PANEL MISC 0.30 20 1 67 A 68 1 20 SPACE BOTTLE FILLING STATION REC 0.12 20 1 69 B 70 1 20 SPARE CATERING 141 - ICE BOX MISC 0.72 15 1 71 C 72 1 20 SPARE SPACE 20 1 73 A 74 1 20 SPARE
SPACE 20 1 75 B 76 1 20 SPARE
SPACE 20 1 77 C 78 1 20 SPARE
SPACE 20 1 79 A 80 3 225 15.68 COMB 2P2-11F
SPACE 20 1 81 B 82 - - 16.20 COMB -
SPACE 20 1 83 C 84 - - 16.02 COMB -

ESTIMATED MAXIMUM DEMAND (EMD) CALCULATIONS
LOAD SUMMARY: LOAD TYPE CONNECTED NEC DEMAND
LIGHTING LTG 0.0 KVA 0.0 KVA (125%) CONNECTED PHASE LOADING RESIDENT LTG/REC RES 0.0 KVA 0.0 KVA ( 100/35/25 %) PHASE A: 32.58 KVA SMALL APPLIANCE RES 0.0 KVA 0.0 KVA ( 100/35/25 %) PHASE B: 32.70 KVA LARGEST MOTOR MTR KVA 0.0 KVA (125%) PHASE C: 35.70 KVA REMAINING MOTORS MTR 1.8 KVA 1.8 KVA (100%)
GEN PURPOSE REC REC 79.6 KVA 44.8 KVA ( 50% > 10KVA)
COMPUTER REC MISC 0.6 KVA 0.6 KVA (100%)
EQUIP/OTHER MISC 11.0 KVA 11.0 KVA (100%) NOTES:

HEATING MISC 0.0 KVA 0.0 KVA (100%)
ELEVATOR ELEV 0.0 KVA 0.0 KVA (100%)
KITCHEN EQPT KITCH 7.9 KVA 5.1 KVA (65%)
TOTALS: 101.0 KVA 63.4 KVA
280.3 AMP 176.0 AMP

PANEL SCHEDULE
PANEL: 2P1-2E LOCATION: MAIN ELECTRICAL ROOM VOLTAGE: 208 Y/ 120 P: 3 W: 4 AIC RATING: 10K AMP: 300 MLO X MCB MOUNTING: X SURFACE FLUSH
TYPE: EXISTING NEW X STYLE: NEUTRAL: 100% FED FROM: 4T1-2E-B

CIRCUIT DESCRIPTION

LOAD CKT P CIR P CIR P CKT LOAD

CIRCUIT DESCRIPTION
TYPE KVA BKR # H # BKR KVA TYPE
IDF 176 REC 0.18 20 1 1 A 2 1 20 1.44 REC COMPUTER CENTER 151 MDF 190 REC 0.18 20 1 3 B 4 1 20 1.44 REC COMPUTER CENTER 151 BACKFLOW PREVENTER/FIRE RISER RM 191 REC 0.54 20 1 5 C 6 1 20 1.44 REC COMPUTER CENTER 151 MAIN ELEC RM 192 REC 0.36 20 1 7 A 8 1 20 1.26 REC COMPUTER CENTER 151 EMERGENCY DISTRIBUTION ROOM 193 REC 0.36 20 1 9 B 10 1 20 0.54 REC COMPUTER CENTER 151 NOVA YOUTH RM 180 REC 1.44 20 1 11 C 12 1 20 0.54 REC NOVA ENTRY 160 NOVA YOUTH RM 180 REC 1.44 20 1 13 A 14 1 20 1.44 REC OFFICE 173/174 VENDING 107 REC 0.50 20 1 15 B 16 1 20 1.26 REC SMALL CONFERENCE 171 VENDING 107 REC 0.50 20 1 17 C 18 1 20 0.90 REC SMALL CONFERENCE 170 VENDING 107 REC 0.50 20 1 19 A 20 1 20 1.44 REC OFFICE 169,168, 167,166 BATHROOM RECEPTACLES REC 1.44 20 1 21 B 22 1 20 1.08 REC NOVA OPEN OFFICE 161 HAND DRYER MISC 1.20 20 1 23 C 24 1 20 1.08 REC NOVA OPEN OFFICE 161 HAND DRYER MISC 1.20 20 1 25 A 26 1 20 1.08 REC NOVA OPEN OFFICE 161 RECEPTION 150 REC 1.44 20 1 27 B 28 1 20 1.08 REC NOVA OPEN OFFICE 161 RECEPTION 150 REC 1.26 20 1 29 C 30 1 20 1.08 REC NOVA OPEN OFFICE 161 COMPUTER CENTER 151 REC 1.44 20 1 31 A 32 1 20 1.44 REC NOVA OPEN OFFICE 161 COMPUTER CENTER 151 REC 1.44 20 | 33 B 34 1 20 1.44 REC NOVA OPEN OFFICE 161 COMPUTER CENTER 151 REC 1.44 20 1 35 C 36 1 20 1.44 REC NOVA OPEN OFFICE 161 COMPUTER CENTER 151 REC 1.44 20 1 37 A 38 2 30 0.90 REC NOVA DIRECTOR 164 COMPUTER CENTER 151 REC 1.44 20 1 39 B 40 | 20 1.08 REC NOVA OPEN OFFICE 161 PERFORMANCE DISPLAY PANEL MISC 0.30 20 1 41 C 42 1 20 1.08 REC NOVA OPEN OFFICE 161 COMPUTER CENTER 151 - PRINTER MISC 0.30 20 1 43 A 44 1 20 1.44 REC NOVA TRAINING B 154 MDF 190 LV PANEL MISC 0.18 20 1 45 B 46 1 20 1.44 REC NOVA TRAINING B 154 NOVA TRAINING A - 152 REC 0.90 20 1 47 C 48 1 20 0.36 REC NOVA TRAINING B 154 NOVA TRAINING A - 152 REC 1.44 20 1 49 A 50 1 20 1.44 REC NOVA TRAINING C 155 NOVA TRAINING A - 152 REC 0.36 20 1 51 B 52 1 20 1.08 REC NOVA TRAINING C 155 STORAGE 153 REC 0.72 20 1 53 C 54 1 20 1.44 MTR MOTORIZED SHADES EXIT LOBBY 105 REC 0.36 20 1 55 A 56 1 20 1.44 MTR MOTORIZED SHADES NOVA TRAINING B 154 REC 0.90 20 1 57 B 58 1 20 0.54 MTR MOROTIZED SHADES NOVA TRAINING B 154 REC 1.44 20 1 59 C 60 1 20 0.54 REC COPY/STORAGE 175 - CONV. RECEPTACLES BREAK AREA 172 - CONV. RECEPTACLES REC 0.72 20 1 61 A 62 1 20 0.30 MISC DOOR OPERATOR BREAK AREA 172 - MICROWAVE KITCH 1.20 20 1 63 B 64 1 20 0.30 MISC DOOR OPERATOR BREAK AREA 172 - COFFEE MAKER KITCH 1.20 20 1 65 C 66 1 20 1.26 REC OFFICE 162 BREAK AREA 172 - DISHWASHER KITCH 1.80 20 1 67 A 68 1 20 0.30 MISC COPY/WORK 163 PRINTER BREAK AREA 172 - FRIDGE KITCH 0.70 20 1 69 B 70 1 20 0.30 MISC COPY/WORK 163 PRINTER MAIL 117 REC 0.90 20 1 71 C 72 1 20 0.30 MISC DOOR OPERATOR MOTHER'S ROOM FRIDGE KITCH 0.70 20 1 73 A 74 1 20 1.08 MISC NOVA TRAINING A MOTHER'S ROOM FRIDGE KITCH 0.70 20 1 75 B 76 1 20 1.08 MISC NOVA TRAINING B 154 MOTHER'S ROOM CONVENIENCE RECPT REC 0.72 20 1 77 C 78 1 20 0.72 MISC NOVA TRAINING B 154 COPY/STORAGE 175 - PRINTER MISC 0.30 20 1 79 A 80 1 20 0.30 MISC DOOR OPERATOR COPY/STORAGE 175 - PRINTER MISC 0.30 20 1 81 B 82 1 20 0.54 MISC NOVA OPEN OFFICE 165 COPY/STORAGE 175- PRINTER MISC 0.30 20 1 83 C 84 1 20 0.12 REC BOTTLE FILLING STATION

ESTIMATED MAXIMUM DEMAND (EMD) CALCULATIONS
LOAD SUMMARY: LOAD TYPE CONNECTED NEC DEMAND
LIGHTING LTG 0.0 KVA 0.0 KVA (125%) CONNECTED PHASE LOADING RESIDENT LTG/REC RES 0.0 KVA 0.0 KVA ( 100/35/25 %) PHASE A: 27.48 KVA SMALL APPLIANCE RES 0.0 KVA 0.0 KVA ( 100/35/25 %) PHASE B: 24.34 KVA LARGEST MOTOR MTR 1.4 KVA 1.8 KVA (125%) PHASE C: 25.16 KVA REMAINING MOTORS MTR 2.0 KVA 2.0 KVA (100%)
GEN PURPOSE REC REC 58.0 KVA 34.0 KVA ( 50% > 10KVA)
COMPUTER REC MISC 0.0 KVA 0.0 KVA (100%)
EQUIP/OTHER MISC 9.3 KVA 9.3 KVA (100%) NOTES:

HEATING MISC 0.0 KVA 0.0 KVA (100%) SPARE: 120V SINGLE PHASE BREAKER ELEVATOR ELEV 0.0 KVA 0.0 KVA (100%)
KITCHEN EQPT KITCH 6.3 KVA 4.1 KVA (65%)
TOTALS: 77.0 KVA 51.2 KVA
213.7 AMP 142.0 AMP

PANEL SCHEDULE
PANEL: 2P2-11F LOCATION: ELECTRICAL 235 VOLTAGE: 208 Y/ 120 P: 3 W: 4 AIC RATING: 10K AMP: 225 MLO X MCB MOUNTING: X SURFACE FLUSH
TYPE: EXISTING NEW X STYLE: NEUTRAL: 100% FED FROM: 2P1-10G

CIRCUIT DESCRIPTION

LOAD CKT P CIR P CIR P CKT LOAD

CIRCUIT DESCRIPTION
TYPE KVA BKR # H # BKR KVA TYPE
IDF 236 REC 0.18 20 1 1 A 2 1 20 1.08 MTR MOTORIZED SHADES LEVEL 2 ELEC 235 REC 0.36 20 1 3 B 4 1 20 1.44 REC TRAFFIC CONTROL WORK ROOM TESING 240 PUBLIC WORKS OPEN OFFICE 221 REC 1.44 20 1 5 C 6 1 20 1.26 REC MOTORIZED SHADES LEVEL 2 PUBLIC WORKS OPEN OFFICE 221 REC 1.44 20 1 7 A 8 1 20 0.72 REC LOBBY 200 OFFICE 244, 243, 239, 237 REC 1.44 20 1 9 B 10 1 20 1.08 REC MED CONF 206 MOTORIZED SHADES LEVEL 2 MISC 1.44 20 1 11 C 12 1 20 1.44 REC P.W. RECEPTION 220 WESTERN STAIR S 22 REC 0.18 20 1 13 A 14 1 20 1.26 REC MOTORIZED SHADES LEVEL 2 GENERAL STORAGE 242 REC 1.26 20 1 15 B 16 1 20 1.44 REC PUBLIC WORKS OPEN OFFICE DIR OF PW 241 REC 0.90 20 1 17 C 18 1 20 1.08 REC PUBLIC WORKS OPEN OFFICE MOTORIZED SHADES LEVEL 2 MISC 1.44 20 1 19 A 20 1 20 1.44 REC PUBLIC WORKS OPEN OFFICE PUBLIC WORKS OPEN OFFICE 222 REC 1.08 20 | 21 B 22 1 20 1.44 REC PUBLIC WORKS OPEN OFFICE PUBLIC WORKS OPEN OFFICE 222 REC 1.08 30 2 23 C 24 1 20 0.54 REC HALLWAY AREA PUBLIC WORKS OPEN OFFICE 222 REC 1.08 20 1 25 A 26 1 20 1.44 REC OFFICE 231, OFFICE 232, OFFICE233 PUBLIC WORKS OPEN OFFICE 222 REC 1.08 20 1 27 B 28 1 20 0.30 MISC COPY/WORK 234 PUBLIC WORKS OPEN OFFICE 222 REC 1.08 20 1 29 C 30 1 20 0.90 REC OFFICE 237/OPEN OFFICE SPACE PUBLIC WORKS OPEN OFFICE 222 REC 1.08 20 1 31 A 32 1 20 0.20 MTR OPEN OFFICE SPACE LVL2 PUBLIC WORKS OPEN OFFICE 222 REC 1.08 20 1 33 B 34 1 20 0.54 REC HALLWAY AREA PUBLIC WORKS OPEN OFFICE 222 REC 1.08 20 1 35 C 36 1 20 0.30 MISC COPY/WORK 234 PUBLIC WORKS OPEN OFFICE 222 REC 1.08 20 1 37 A 38 1 20 0.30 MISC PRINTER PUBLIC WORKS OPEN OFFICE 222 REC 1.08 20 1 39 B 40 1 20 1.08 REC TRAFFIC CONTROL WORKROOM 240 COPY/WORK 234 MISC 0.30 20 1 41 C 42 1 20 1.08 REC OUTDOOR FURNITURE COFFEE 230 KITCH 1.20 20 1 43 A 44 1 20 1.08 REC OUTDOOR FURNITURE COFFEE 230 KITCH 1.20 20 1 45 B 46 1 20 SPACE
COFFEE 230 KITCH 1.20 20 1 47 C 48 1 20 SPACE
DOOR OPERATOR MISC 0.30 20 1 49 A 50 1 20 SPACE
DOOR OPERATOR MISC 0.30 20 1 51 B 52 1 20 SPACE
SM CONF 245 REC 0.90 20 1 53 C 54 1 20 SPACE
IDF 234 LV DEVICES MISC 0.18 20 1 55 A 56 1 20 SPACE
SPACE 20 1 57 B 58 1 20 SPACE
SPACE 20 1 59 C 60 1 20 SPACE
SPACE 20 1 61 A 62 1 20 SPACE
SPACE 20 1 63 B 64 1 20 SPACE
SPACE 20 1 65 C 66 1 20 SPACE
SPACE 20 1 67 A 68 1 20 SPACE
SPACE 20 1 69 B 70 1 20 SPACE
SPACE 20 1 71 C 72 1 20 SPACE
SPACE 20 1 73 A 74 1 20 SPARE
SPACE 20 1 75 B 76 1 20 SPARE
SPACE 20 1 77 C 78 1 20 SPARE
SPACE 20 1 79 A 80 1 20 SPARE
SPACE 20 1 81 B 82 1 20 SPARE
SPACE 20 1 83 C 84 1 20 SPARE

ESTIMATED MAXIMUM DEMAND (EMD) CALCULATIONS
LOAD SUMMARY: LOAD TYPE CONNECTED NEC DEMAND
LIGHTING LTG 0.0 KVA 0.0 KVA (125%) CONNECTED PHASE LOADING RESIDENT LTG/REC RES 0.0 KVA 0.0 KVA ( 100/35/25 %) PHASE A: 15.68 KVA SMALL APPLIANCE RES 0.0 KVA 0.0 KVA ( 100/35/25 %) PHASE B: 16.20 KVA LARGEST MOTOR MTR KVA 0.0 KVA (125%) PHASE C: 16.02 KVA REMAINING MOTORS MTR 1.3 KVA 1.3 KVA (100%)
GEN PURPOSE REC REC 38.2 KVA 24.1 KVA ( 50% > 10KVA)
COMPUTER REC MISC 0.6 KVA 0.6 KVA (100%)
EQUIP/OTHER MISC 4.3 KVA 4.3 KVA (100%) NOTES:

HEATING MISC 0.0 KVA 0.0 KVA (100%) SPARE: 120V SINGLE PHASE BREAKER ELEVATOR ELEV 0.0 KVA 0.0 KVA (100%)
KITCHEN EQPT KITCH 3.6 KVA 2.3 KVA (65%)
TOTALS: 47.9 KVA 32.6 KVA
133.0 AMP 90.4 AMP

PANEL SCHEDULE
PANEL: 2P2-5D LOCATION: ELECTRICAL 252 VOLTAGE: 208 Y/ 120 P: 3 W: 4 AIC RATING: 10K AMP: 400 MLO X MCB MOUNTING: X SURFACE FLUSH
TYPE: EXISTING NEW X STYLE: NEUTRAL: 100% FED FROM: 4T1-2D

CIRCUIT DESCRIPTION

LOAD CKT P CIR P CIR P CKT LOAD

CIRCUIT DESCRIPTION
TYPE KVA BKR # H # BKR KVA TYPE
IDF - 253 REC 0.18 20 1 1 A 2 1 20 1.44 REC COMMUNITY DEVELOPMENT OPEN OFFICE 257 MOTORIZED SHADES LEVEL 2 EAST SIDE MTR 1.44 20 1 3 B 4 1 20 0.72 REC COMMUNITY DEVELOPMENT OPEN OFFICE 257 ONE STOP SHOP 201 REC 0.36 20 1 5 C 6 1 20 0.54 REC BUILDING OFFICE 256 ONE STOP SHOP 201 REC 0.18 20 1 7 A 8 1 20 0.54 REC PLANNING OFFICE 260 ONE STOP SHOP 201 REC 1.44 20 1 9 B 10 1 20 0.54 REC SMALL CONFERENCE 259 ONE STOP SHOP 201 REC 1.08 20 1 11 C 12 1 20 0.54 REC SMALL CONFERENCE 258 ONE STOP SHOP 201 REC 0.36 20 1 13 A 14 1 20 1.44 MTR MOTORIZED SHADES ONE STOP SHOP 201 REC 1.44 20 1 15 B 16 1 20 1.44 REC COMMUNITY DEVELOPMENT OPEN OFFICE 257 ONE STOP SHOP 201 REC 0.72 20 1 17 C 18 1 20 1.44 REC COMMUNITY DEVELOPMENT OPEN OFFICE 257 MEETING 205 REC 0.90 20 1 19 A 20 1 20 1.08 REC COMMUNITY DEVELOPMENT OPEN OFFICE 257 MEETING 204 REC 1.08 20 1 21 B 22 1 20 1.08 REC COMMUNITY DEVELOPMENT OPEN OFFICE 257 DIR OF HOUSING 261 REC 0.72 20 1 23 C 24 1 20 1.08 REC COMMUNITY DEVELOPMENT OPEN OFFICE 257 MOTORIZED SHADES LEVEL 2 EAST SIDE MTR 0.72 20 1 25 A 26 1 20 1.08 REC COMMUNITY DEVELOPMENT OPEN OFFICE 257 COMMUNITY DEVELOPMENT OPEN OFFICE 257 REC 1.08 20 1 27 B 28 1 20 1.08 REC COMMUNITY DEVELOPMENT OPEN OFFICE 257 COMMUNITY DEVELOPMENT OPEN OFFICE 257 REC 1.44 20 1 29 C 30 1 20 1.08 REC COMMUNITY DEVELOPMENT OPEN OFFICE 257 COMMUNITY DEVELOPMENT OPEN OFFICE 257 REC 1.44 20 1 31 A 32 1 20 1.08 REC RESOURCE LIBRARY/STORAGE 255 COMMUNITY DEVELOPMENT OPEN OFFICE 257 REC 1.08 20 1 33 B 34 1 20 0.90 REC PHONE DESK 202 COMMUNITY DEVELOPMENT OPEN OFFICE 257 REC 1.44 20 1 35 C 36 1 20 0.18 REC HALLWAY COMMUNITY DEVELOPMENT OPEN OFFICE 257 REC 1.44 20 1 37 A 38 3 225 17.06 COMB 2P3-5D COMMUNITY DEVELOPMENT OPEN OFFICE 257 REC 1.44 20 1 39 B 40 - - 17.06 COMB - COMMUNITY DEVELOPMENT OPEN OFFICE 257 REC 1.08 20 1 41 C 42 - - 17.44 COMB - COMMUNITY DEVELOPMENT OPEN OFFICE 257 REC 0.72 20 1 43 A 44 1 20 0.30 MISC DOOR OPERATOR BREAK RM 218 - DISHWASHER KITCH 1.00 20 1 45 B 46 1 20 1.44 MTR MOTORIZED SHADES BREAK RM218 - COFFEE MAKER KITCH 1.20 20 1 47 C 48 1 20 SPACE BREAK RM 218 - FRIDGE KITCH 0.70 20 1 49 A 50 1 20 SPACE BREAK RM 218 - FRIDGE KITCH 0.70 20 1 51 B 52 1 20 SPACE BREAK RM 218 - CONV RECEPTS REC 0.72 20 1 53 C 54 1 20 SPACE COPY/WORK 254 MISC 0.30 20 1 55 A 56 1 20 SPACE
COFFEE 262 KITCH 1.20 20 1 57 B 58 1 20 SPACE
COFFEE 262 KITCH 1.20 20 1 59 C 60 1 20 SPACE
BATHROOM RECEPTACLES REC 1.08 20 1 61 A 62 1 20 SPACE
BATHROOM HAND DRYER MISC 1.20 20 1 63 B 64 1 20 SPACE
BATHROOM HAND DRYER MISC 1.20 20 1 65 C 66 1 20 SPACE
PRIVACY 217 REC 0.36 20 1 67 A 68 1 20 SPACE
COPY/WORK 254 REC 0.54 20 1 69 B 70 1 20 SPACE
BREAK RM 218 - COFFEE MAKER KITCH 1.20 20 1 71 C 72 1 20 SPACE OUTSIDE RECEPTACLES REC 0.72 20 1 73 A 74 1 20 SPARE
ELECTRICAL CLOSET 252 REC 0.36 20 1 75 B 76 1 20 SPARE
IDF 253 LV DEVICES MISC 0.18 20 1 77 C 78 1 20 SPARE
BOTTLE FILLING STATION REC 0.12 20 1 79 A 80 1 20 SPARE SPACE 20 1 81 B 82 1 20 SPARE
SPACE 20 1 83 C 84 1 20 SPARE

ESTIMATED MAXIMUM DEMAND (EMD) CALCULATIONS
LOAD SUMMARY: LOAD TYPE CONNECTED NEC DEMAND
LIGHTING LTG 0.0 KVA 0.0 KVA (125%) CONNECTED PHASE LOADINGRESIDENT LTG/REC RES 0.0 KVA 0.0 KVA ( 100/35/25 %) PHASE A: 33.24 KVA SMALL APPLIANCE RES 0.0 KVA 0.0 KVA ( 100/35/25 %) PHASE B: 38.26 KVA LARGEST MOTOR MTR 1.4 KVA 1.8 KVA (125%) PHASE C: 34.84 KVA REMAINING MOTORS MTR 8.5 KVA 8.5 KVA (100%)
GEN PURPOSE REC REC 66.8 KVA 38.4 KVA ( 50% > 10KVA)
COMPUTER REC MISC 0.0 KVA 0.0 KVA (100%)
EQUIP/OTHER MISC 9.9 KVA 9.9 KVA (100%) NOTES:

HEATING MISC 0.0 KVA 0.0 KVA (100%)
ELEVATOR ELEV 0.0 KVA 0.0 KVA (100%)
KITCHEN EQPT KITCH 19.7 KVA 12.8 KVA (65%)
TOTALS: 106.3 KVA 71.4 KVA
295.2 AMP 198.1 AMP

PANEL SCHEDULE
PANEL: 2P3-10F LOCATION: ELECTRICAL 333 VOLTAGE: 208 Y/ 120 P: 3 W: 4 AIC RATING: 10K AMP: 400 MLO MCB X MOUNTING: X SURFACE FLUSH
TYPE: EXISTING NEW X STYLE: NEUTRAL: 100% FED FROM: 4T3-10F

CIRCUIT DESCRIPTION

LOAD CKT P CIR P CIR P CKT LOAD

CIRCUIT DESCRIPTION
TYPE KVA BKR # H # BKR KVA TYPE
ELEC 333 REC 0.36 20 1 1 A 2 1 20 1.20 REC COFFEE 324
IDF 334 REC 0.18 20 1 3 B 4 1 20 1.08 REC FINANCE OPEN OFFICE 321 DIRECTOR OF FINANCE 348 REC 1.08 20 1 5 C 6 1 20 1.08 REC FINANCE OPEN OFFICE 321 MOTORIZED SHADES REC 1.44 20 1 7 A 8 1 20 1.08 REC FINANCE OPEN OFFICE 321 OFFICE 347, 346, 345, 344 REC 1.44 20 1 9 B 10 1 20 1.44 REC FINANCE OPEN OFFICE 321 MOTORIZED SHADES MISC 1.44 20 | 11 C 12 1 20 1.44 REC FINANCE OPEN OFFICE 321 OFFICE 343 REC 0.36 30 2 13 A 14 1 20 1.44 REC FINANCE OPEN OFFICE 321 COLLAB 342 REC 0.72 20 1 15 B 16 1 20 1.44 REC FINANCE OPEN OFFICE 321 SMALL CONFERENCE 341 REC 0.90 20 1 17 C 18 1 20 1.44 REC FINANCE OPEN OFFICE 321 MEDIUM CONF ROOM 340 REC 1.08 20 1 19 A 20 1 20 1.44 REC FINANCE OPEN OFFICE 321 MOTORIZED SHADES MISC 0.54 20 1 21 B 22 1 20 1.44 REC FINANCE OPEN OFFICE 321 COPY/STORAGE 336 - PRINTER REC 0.30 20 1 23 C 24 1 20 1.44 REC FINANCE OPEN OFFICE 321 SHARED CONFERENCE 306 REC 1.08 20 1 25 A 26 1 20 1.44 REC FINANCE OPEN OFFICE 321 SHARED CONFERENCE 306 REC 0.90 20 1 27 B 28 1 20 1.44 REC FINANCEOPEN OFFICE 321 MOTORIZED SHADES MISC 1.44 20 1 29 C 30 1 20 1.44 REC FINANCE OPEN OFFICE 321 LOBBY 300 REC 0.54 20 1 31 A 32 1 20 1.44 REC FINANCE OPEN OFFICE 321 FINANCE RECEPTION 320 REC 1.44 20 1 33 B 34 1 20 1.44 REC FINANCE OPEN OFFICE 321 OFFICE 330 REC 0.36 20 1 35 C 36 1 20 1.44 REC FINANCE OPEN OFFICE 321 OFFICE 331 REC 0.36 20 1 37 A 38 3 225 18.00 COMB 2P4-11G PAYROLL 332 REC 0.90 20 1 39 B 40 - - 19.80 COMB -
COPY/STORAGE 336 - PRINTER MISC 0.30 20 1 41 C 42 - - 21.12 COMB - COFFEE 324 KITCH 1.20 20 1 43 A 44 1 20 SPACE
COFFEE 324 REC 0.18 20 1 45 B 46 1 20 SPACE
MOTORIZED SHADES MISC 0.36 20 1 47 C 48 1 20 SPACE
HALLWAY REC 0.54 20 1 49 A 50 1 20 SPARE
LOBBY REC 0.18 20 1 51 B 52 1 20 SPARE
SPACE 20 1 53 C 54 1 20 SPARE
SPACE 20 1 55 A 56 1 20 SPARE
SPACE 20 1 57 B 58 1 20 SPARE
SPACE 20 1 59 C 60 1 20 SPARE

ESTIMATED MAXIMUM DEMAND (EMD) CALCULATIONS
LOAD SUMMARY: LOAD TYPE CONNECTED NEC DEMAND
LIGHTING LTG 0.0 KVA 0.0 KVA (125%) CONNECTED PHASE LOADING RESIDENT LTG/REC RES 0.0 KVA 0.0 KVA ( 100/35/25 %) PHASE A: 32.82 KVA SMALL APPLIANCE RES 0.0 KVA 0.0 KVA ( 100/35/25 %) PHASE B: 34.56 KVA LARGEST MOTOR MTR KVA 0.0 KVA (125%) PHASE C: 35.58 KVA REMAINING MOTORS MTR 5.4 KVA 5.4 KVA (100%)
GEN PURPOSE REC REC 71.5 KVA 40.8 KVA ( 50% > 10KVA)
COMPUTER REC MISC 0.0 KVA 0.0 KVA (100%)
EQUIP/OTHER MISC 21.2 KVA 21.2 KVA (100%) NOTES:

HEATING MISC 0.0 KVA 0.0 KVA (100%)
ELEVATOR ELEV 0.0 KVA 0.0 KVA (100%)
KITCHEN EQPT KITCH 4.8 KVA 3.1 KVA (65%)
TOTALS: 103.0 KVA 70.5 KVA
285.8 AMP 195.7 AMP

PANEL SCHEDULE
PANEL: 2P3-5D LOCATION: ELECTRICAL 304 VOLTAGE: 208 Y/ 120 P: 3 W: 4 AIC RATING: 10K AMP: 225 MLO X MCB MOUNTING: X SURFACE FLUSH
TYPE: EXISTING NEW X STYLE: NEUTRAL: 100% FED FROM: 2P2-5D

CIRCUIT DESCRIPTION

LOAD CKT P CIR P CIR P CKT LOAD

CIRCUIT DESCRIPTION
TYPE KVA BKR # H # BKR KVA TYPE
ELEC 304 REC 0.18 20 1 1 A 2 1 20 1.44 REC ENVS SVCS OPEN OFICE 351 IDF 372 REC 0.18 20 1 3 B 4 1 20 1.44 REC ENVS SVCS OPEN OFICE 351 COFFEE 373 KITCH 1.20 20 1 5 C 6 1 20 1.44 MTR MOTORIZED SHADES COFFEE 373 KITCH 1.20 20 1 7 A 8 1 20 0.72 REC ENVS SVCS OPEN OFFICE 351 BREAK ROOM 318 REC 0.90 20 | 9 B 10 1 20 1.44 REC ENVS SVCS OPEN OFFICE 351 MOTORIZED SHADES MTR 1.44 20 1 11 C 12 1 20 1.08 REC ENVS SVCS OPEN OFFICE 351 COFFEE 373 KITCH 1.20 20 1 13 A 14 1 20 1.08 REC ENVS SVCS OPEN OFFICE 351 SHARED MEDIUM CONFERENCE 303 REC 1.26 20 1 15 B 16 1 20 1.08 REC ENVS SVCS OPEN OFFICE 351 SHARED MEDIUM CONFERENCE 302 REC 1.26 20 1 17 C 18 1 20 1.08 REC ENVS SVCS OPEN OFFICE 351 MOTOR SHADES MTR 1.44 20 1 19 A 20 1 20 0.30 MISC COPY/WORK 375 OFFICE 352 REC 0.54 20 1 21 B 22 1 20 0.90 REC FIRE MARSHALL 376 ENVS SVCS OPEN OFFICE 351 REC 1.44 20 1 23 C 24 1 20 0.30 MISC COPY/WORK 375 OFFICE 353 REC 0.36 20 1 25 A 26 1 20 1.44 REC RECEPTION 370 DIR OF OF ENV SVCS REC 0.54 20 1 27 B 28 1 20 1.44 REC MED CONFERENCE 371 OFFICE 355 REC 0.36 20 1 29 C 30 1 20 0.72 REC FITNESS 380 PLAN RVW 360 REC 1.08 20 1 31 A 32 1 20 SPARE
FILE SUPPLY STORAGE REC 0.72 20 1 33 B 34 1 20 0.18 MTR MOTORIZED SHADE COFFEE 373 REC 0.36 20 1 35 C 36 1 20 0.90 REC BATHROOM AREA LVL 3 COPY/WORK 375 MISC 0.30 20 1 37 A 38 1 20 0.36 MTR MOTORIZED SHADES OFFICE 375 REC 0.72 20 1 39 B 40 1 20 0.36 REC HALLWAY 301 SMALL CONFERENCE 356 REC 0.90 20 1 41 C 42 1 20 0.30 MISC COPY/WORK 358 COFFEE 359 KITCH 1.20 20 1 43 A 44 2 20 0.18 MISC FITNESS WIRE MOLD COFFEE 359 KITCH 1.20 20 1 45 B 46 - - 0.18 MISC -
COFFEE 359 REC 0.18 20 1 47 C 48 2 20 0.18 MISC FITNESS WIRE MOLD BREAK ROOM 318- DISHWASHER KITCH 1.00 20 1 49 A 50 - - 0.18 MISC - BREAK ROOM 318 - COFFEE MAKER KITCH 1.20 20 1 51 B 52 1 20 SPACE BREAK ROOM 318 - MICROWAVE KITCH 1.50 20 1 53 C 54 1 20 SPACE BREAK ROOM 318 - FRIDGE KITCH 0.70 20 1 55 A 56 1 20 SPACE BREAK ROOM 318 - FRIDGE KITCH 0.70 20 1 57 B 58 1 20 SPACE BATHROOM RECEPTACLES REC 0.72 20 1 59 C 60 1 20 SPACE
BATHROOM HAND DRYER MISC 1.20 20 1 61 A 62 1 20 SPACE
BATHROOM HAND DRYER MISC 1.20 20 1 63 B 64 1 20 SPACE
BATHROOM 381 HAND DRYER MISC 1.20 20 1 65 C 66 1 20 SPACE BATHROOM 382 HAND DRYER MISC 1.20 20 1 67 A 68 1 20 SPACE MOTHER'S ROOM 317 -FRIDGE KITCH 0.70 20 1 69 B 70 1 20 SPACE MOTHER'S ROOM 317 - FRIDGE KITCH 0.70 20 1 71 C 72 1 20 SPACE MOTHER'S ROOM 317 - CONV REC 0.18 20 1 73 A 74 1 20 SPARE IDF 334 LV DEVICES REC 0.18 20 1 75 B 76 1 20 SPARE
IDF 372 LV DEVICES REC 0.18 20 1 77 C 78 1 20 SPARE
BOTTLE FILLING STATION REC 0.12 20 1 79 A 80 1 20 SPARE SPACE 20 1 81 B 82 1 20 SPARE
SPACE 20 1 83 C 84 1 20 SPARE

ESTIMATED MAXIMUM DEMAND (EMD) CALCULATIONS
LOAD SUMMARY: LOAD TYPE CONNECTED NEC DEMAND
LIGHTING LTG 0.0 KVA 0.0 KVA (125%) CONNECTED PHASE LOADINGRESIDENT LTG/REC RES 0.0 KVA 0.0 KVA ( 100/35/25 %) PHASE A: 17.06 KVA SMALL APPLIANCE RES 0.0 KVA 0.0 KVA ( 100/35/25 %) PHASE B: 17.06 KVA LARGEST MOTOR MTR 1.4 KVA 1.8 KVA (125%) PHASE C: 17.44 KVA REMAINING MOTORS MTR 3.4 KVA 3.4 KVA (100%)
GEN PURPOSE REC REC 27.5 KVA 18.7 KVA ( 50% > 10KVA)
COMPUTER REC MISC 0.0 KVA 0.0 KVA (100%)
EQUIP/OTHER MISC 6.7 KVA 6.7 KVA (100%) NOTES:

HEATING MISC 0.0 KVA 0.0 KVA (100%)
ELEVATOR ELEV 0.0 KVA 0.0 KVA (100%)
KITCHEN EQPT KITCH 12.5 KVA 8.1 KVA (65%)
TOTALS: 51.6 KVA 38.8 KVA
143.1 AMP 107.7 AMP

PANEL SCHEDULE
PANEL: 2P4-11G LOCATION: ELECTRICAL 405 VOLTAGE: 208 Y/ 120 P: 3 W: 4 AIC RATING: 10K AMP: 225 MLO X MCB MOUNTING: X SURFACE FLUSH
TYPE: EXISTING NEW X STYLE: NEUTRAL: 100% FED FROM: 2P3-10F

CIRCUIT DESCRIPTION

LOAD CKT P CIR P CIR P CKT LOAD

CIRCUIT DESCRIPTION
TYPE KVA BKR # H # BKR KVA TYPE
ELEC 405 REC 0.36 20 1 1 A 2 1 20 0.90 REC SMALL CONFERNCE 435 CITY MANAGER 447 REC 0.36 20 1 3 B 4 1 20 0.90 REC COUNCIL OFFICE 434 CITY MANAGER OPEN OFFICE 441 REC 1.44 20 1 5 C 6 1 20 0.90 REC RECEPTION 433 CITY MANAGER OPEN OFFICE 441 REC 1.44 20 1 7 A 8 1 20 0.30 MISC COPY WORK 438 CITY MANAGER OPEN OFFICE 441 REC 1.44 20 1 9 B 10 1 20 0.36 REC RECEPTION MOTORIZED SHADES MTR 1.26 20 1 11 C 12 1 20 1.08 REC MED CONF 403 ASST CITY MANAGER 446 REC 0.72 20 1 13 A 14 1 20 1.26 REC MED CONF 404 OFFICE 445 REC 0.54 20 1 15 B 16 1 20 0.36 REC OFFICE 427 OFFICE 443 REC 0.36 20 1 17 C 18 1 20 0.90 REC HUMAN RESOURCES OPEN OFFICE 422 MAYER OFFICE 442 REC 0.72 20 1 19 A 20 1 20 0.90 REC SMALL CONFERENCE 431 SHARED CONFERENCE 401 REC 0.90 20 1 21 B 22 1 20 0.90 REC OFFICE 429 MOTORIZED SHADES MTR 1.08 20 1 23 C 24 1 20 0.90 REC DIRECTOR OF HR 430 ASSITANT CITY MANAGER 448 REC 1.08 20 1 25 A 26 1 20 0.54 REC OFFICE 428 MOTORIZED SHADES MTR 1.44 20 1 27 B 28 1 20 1.08 REC HUMAN RESOURCES OPEN OFFICE 422 OPEN OFFICE SPACE REC 1.08 20 1 29 C 30 1 20 1.44 REC HUMAN RESOURCES OPEN OFFICE 422 MEDIUM CONFERENCE 440 REC 0.72 20 1 31 A 32 1 20 1.44 REC HUMAN RESOURCES OPEN OFFICE 422 MEDIUM CONFERNECE 440 REC 0.90 20 1 33 B 34 1 20 1.08 REC HUMAN RESOURCES OPEN OFFICE 422 SMALL CONFERENCE 439 REC 0.90 20 1 35 C 36 1 20 1.44 REC HUMAN RESOURCES OPEN OFFICE 422 COFFEE 444 KITCH 1.20 20 1 37 A 38 1 20 1.44 MTR MOTORIZED SHADES OFFICE 437 REC 0.36 20 1 39 B 40 1 20 0.54 REC OFFICE 425 OFFICE 436 REC 0.36 20 1 41 C 42 1 20 0.54 REC OFFICE 426 COFFEE 444 REC 0.18 20 1 43 A 44 1 20 0.30 MISC COPY/WORK 423 RECEPTION 420 REC 1.08 20 1 45 B 46 2 30 1.20 MISC WINDOW WASHERS HALLWAY REC 0.36 20 1 47 C 48 - - 1.20 MISC -
HALLWAY REC 0.18 20 1 49 A 50 1 20 SPACE
LOBBY REC 0.36 20 1 51 B 52 1 20 SPACE
LOBBY REC 0.36 20 1 53 C 54 1 20 SPACE
MOTORIZED SHADES MTR 0.18 20 1 55 A 56 1 20 SPACE
COFFEE 424 KITCH 1.20 20 1 57 B 58 1 20 SPACE
COFFEE 424 KITCH 1.20 20 1 59 C 60 1 20 SPACE
ROOF ZONE A REC 0.54 20 1 61 A 62 1 20 SPACE
WINDOW WAASHERS MISC 1.20 30 2 63 B 64 1 20 SPACE
- MISC 1.20 - - 65 C 66 1 20 SPACE
WINDOW WASHERS MISC 1.20 30 2 67 A 68 1 20 SPACE
- MISC 1.20 - - 69 B 70 1 20 SPACE
WINDOW WASHERS MISC 1.20 30 2 71 C 72 1 20 SPACE
- MISC 1.20 - - 73 A 74 1 20 SPACE
WINDOW WASHERS MISC 1.20 30 2 75 B 76 1 20 SPARE
- MISC 1.20 - - 77 C 78 1 20 SPARE
WINDOW WASHERS MISC 1.20 30 2 79 A 80 1 20 SPARE
- MISC 1.20 - - 81 B 82 1 20 SPARE
ICE MACHINE MISC 0.72 20 1 83 C 84 1 20 SPARE

ESTIMATED MAXIMUM DEMAND (EMD) CALCULATIONS
LOAD SUMMARY: LOAD TYPE CONNECTED NEC DEMAND
LIGHTING LTG 0.0 KVA 0.0 KVA (125%) CONNECTED PHASE LOADING RESIDENT LTG/REC RES 0.0 KVA 0.0 KVA ( 100/35/25 %) PHASE A: 18.00 KVA SMALL APPLIANCE RES 0.0 KVA 0.0 KVA ( 100/35/25 %) PHASE B: 19.80 KVA LARGEST MOTOR MTR 1.4 KVA 1.8 KVA (125%) PHASE C: 21.12 KVA REMAINING MOTORS MTR 4.0 KVA 4.0 KVA (100%)
GEN PURPOSE REC REC 34.2 KVA 22.1 KVA ( 50% > 10KVA)
COMPUTER REC MISC 0.0 KVA 0.0 KVA (100%)
EQUIP/OTHER MISC 15.7 KVA 15.7 KVA (100%) NOTES:

HEATING MISC 0.0 KVA 0.0 KVA (100%)
ELEVATOR ELEV 0.0 KVA 0.0 KVA (100%)
KITCHEN EQPT KITCH 3.6 KVA 2.3 KVA (65%)
TOTALS: 58.9 KVA 45.9 KVA
163.5 AMP 127.5 AMP

PANEL SCHEDULE
PANEL: 2P4-5C LOCATION: ELECTRICAL 408 VOLTAGE: 208 Y/ 120 P: 3 W: 4 AIC RATING: 10K AMP: 300 MLO MCB X MOUNTING: X SURFACE FLUSH
TYPE: EXISTING NEW X STYLE: NEUTRAL: 100% FED FROM: 4T4-5C-B

CIRCUIT DESCRIPTION

LOAD CKT P CIR P CIR P CKT LOAD

CIRCUIT DESCRIPTION
TYPE KVA BKR # H # BKR KVA TYPE
ELEC - 408 GENRAL PURPOSE RECPT REC 0.36 20 1 1 A 2 1 20 0.72 REC SMALL CONFERENCE ROOM 458 IDF 463 REC 0.54 20 1 3 B 4 1 20 1.44 REC INFO TECH OPEN OFFICE 452 BREAK RM 418 - MICROWAVE KITCH 1.50 20 1 5 C 6 1 20 1.44 REC INFO TECH OPEN OFFICE 452 LOBBY 4TH FLOOR REC 0.18 20 1 7 A 8 1 20 1.44 REC INFO TECH OPEN OFFICE 452 BREAK RM 418 - FRIDGE KITCH 0.70 20 1 9 B 10 1 20 1.44 REC INFO TECH OPEN OFFICE 452 PRIVACY 417 REC 0.18 20 1 11 C 12 1 20 1.44 MTR MOTORIZED SHADES MOTORIZED SHADES MTR 1.44 20 1 13 A 14 1 20 1.26 REC SMALL CONFERENCE 456 COMPUTER REP/ STOR 451 REC 0.72 20 1 15 B 16 1 20 0.36 REC OFFICE 457 COMPUTER REP/ STOR 451 REC 1.08 20 1 17 C 18 1 20 0.36 REC OFFICE 475 OPEN OFFICE AREA REC 1.44 20 1 19 A 20 1 20 0.36 REC OFFICE 476 OPEN OFFICE AREA REC 0.72 20 1 21 B 22 1 20 1.44 REC CITY ATTORNEY 477 SHARED CONFERENCE 406 REC 1.08 20 1 23 C 24 1 20 1.44 REC CITY OF ATTORNEY OPEN OFFICE 473 MOTORIZED SHADES MTR 1.44 20 1 25 A 26 1 20 0.54 REC CITY OF ATTORNEY OPEN OFFICE 473 OFFICE 453 REC 0.36 20 1 27 B 28 1 20 1.08 MTR MOTORIZED SHADES OFFICE 454 REC 0.36 20 1 29 C 30 1 20 0.36 REC OFFICE 478 DIRECTOR OF IT REC 1.44 20 1 31 A 32 1 20 0.36 REC OFFICE 479 INFO TECH OPEN OFFICE 452 REC 1.44 20 1 33 B 34 1 20 1.00 KITCH BREAK RM 418 DISHWASHER BREAK RM 418 - FRIDGE KITCH 0.70 20 1 35 C 36 1 20 0.90 REC RECEPTION 470, 471 INFO TECH OPEN OFFICE 452 REC 1.44 20 1 37 A 38 1 20 1.26 REC MED CONFERENCE 472 INFO TECH OPEN OFFICE 452 REC 1.44 20 1 39 B 40 1 20 1.26 REC MED CONFERENCE 459 INFO TECH OPEN OFFICE 452 REC 1.44 20 1 41 C 42 1 20 0.54 REC SMALL CONFERNECE 474 INFO TECH OPEN OFFICE 452 REC 1.44 20 1 43 A 44 1 20 0.30 MISC COPY/WORK 481 - PRINTER OFFICE 461 REC 0.54 20 1 45 B 46 1 20 0.72 REC COPY/WORK 481 BREAK RM 418 - COFFE MAKER KITCH 1.20 20 1 47 C 48 1 20 1.50 KITCH COFFEE 480 NETWORK OPS/TESTING 460 REC 1.44 20 1 49 A 50 1 20 1.50 KITCH COFFEE 462 NETWORK OPS/TESTING 460 REC 1.08 20 1 51 B 52 1 20 1.50 KITCH COFFEE 462 NETWORK OPS/TESTING 460 REC 0.36 20 1 53 C 54 1 20 0.54 REC COFFEE 462 NETWORK OPS/TESTING 460 REC 0.36 20 1 55 A 56 1 20 0.30 MISC COPY/WORK 464 COFFEE 480 KITCH 1.20 20 1 57 B 58 1 20 1.50 KITCH COFFEE 480 - COFFEE MAKER BATHROOM RECEPTACLES REC 0.72 20 1 59 C 60 2 30 1.20 MISC WINDOW WASHERS TOILETS MEN 413 HAND DRYER MISC 1.20 20 1 61 A 62 - - 1.20 MISC - TOILETS WOMEN 412 HAND DRYER MISC 1.20 20 1 63 B 64 2 30 1.20 MISC WINDOW WASHERS INFO TECH OPEN OFFICE 452 REC 1.44 20 1 65 C 66 - - 1.20 MISC - ROOF ZONE B REC 0.72 20 1 67 A 68 2 30 1.20 MISC WINDOW WASHERS ROOF ZONE B REC 0.36 20 1 69 B 70 - - 1.20 MISC -
FOOR ZONE B REC 0.36 20 1 71 C 72 2 30 1.20 MISC WINDOW WASHERS HALLWAY 407 REC 0.54 20 1 73 A 74 - - 1.20 MISC -
NETWORK OPS/TESTING 460 REC 0.18 20 1 75 B 76 2 30 1.20 MISC WINDOW WASHERS NETWORK OPS/TESTING 460 REC 0.18 20 1 77 C 78 - - 1.20 MISC - IDF 463, LV DEVICES MISC 0.18 20 1 79 A 80 2 30 1.20 MISC WINDOW WASHERS BOTTLE FILLING STATION REC 0.12 20 1 81 B 82 - - 1.20 MISC - SPARE 20 1 83 C 84 1 20 SPARE

ESTIMATED MAXIMUM DEMAND (EMD) CALCULATIONS
LOAD SUMMARY: LOAD TYPE CONNECTED NEC DEMAND
LIGHTING LTG 0.0 KVA 0.0 KVA (125%) CONNECTED PHASE LOADINGRESIDENT LTG/REC RES 0.0 KVA 0.0 KVA ( 100/35/25 %) PHASE A: 26.46 KVA SMALL APPLIANCE RES 0.0 KVA 0.0 KVA ( 100/35/25 %) PHASE B: 27.14 KVA LARGEST MOTOR MTR 1.4 KVA 1.8 KVA (125%) PHASE C: 23.92 KVA REMAINING MOTORS MTR 4.0 KVA 4.0 KVA (100%)
GEN PURPOSE REC REC 42.2 KVA 26.1 KVA ( 50% > 10KVA)
COMPUTER REC MISC 0.0 KVA 0.0 KVA (100%)
EQUIP/OTHER MISC 17.6 KVA 17.6 KVA (100%) NOTES:

HEATING MISC 0.0 KVA 0.0 KVA (100%)
ELEVATOR ELEV 0.0 KVA 0.0 KVA (100%)
KITCHEN EQPT KITCH 12.3 KVA 8.0 KVA (65%)
TOTALS: 77.5 KVA 57.5 KVA
215.2 AMP 159.5 AMP

SHEET NUMBER

PROJECT NUMBER

SHEET TITLE

SEALS AND SIGNATURES

San Francisco, CA 94102
415.544.7500
pae-engineers.com.com
10/9/2020 10:04:30 AM

PANEL SCHEDULES
3-E8.0.1
Author

SUNNYVALE CIVIC CENTER
. .

PERMIT REVIEW BACKCHECK #1 1 10 JUL 2020
100% CD PERMIT BACKCHECK #2 2 28 JUL 2020
DRAWING UPDATES 3 28 JUL 2020

ISSUED FOR REV DATE
CONSTRUCTION 27 OCT 2020

ISSUED FOR CONSTRUCTION
DocuSign Envelope ID: CEE12293-E980-4FD8-B43B-95F12CDEFEA2 Attachment 1

Page 56 of 61 ends

PANEL SCHEDULE
PANEL: E4P0-7G LOCATION: ELEC CLOSET P08 VOLTAGE: 480 Y/ 277 P: 3 W: 4 AIC RATING: 10K AMP: 100 MLO MCB X MOUNTING: X SURFACE FLUSH
TYPE: EXISTING NEW X STYLE: NEUTRAL: 100% FED FROM: E4L1-2D

CIRCUIT DESCRIPTION

LOAD CKT P CIR P CIR P CKT LOAD

CIRCUIT DESCRIPTION
TYPE KVA BKR # H # BKR KVA TYPE
SPACE 20 1 1 A 2 1 20 SPACE
SPACE 20 1 3 B 4 1 20 SPACE
SPACE 20 1 5 C 6 1 20 SPACE
SPACE 20 1 7 A 8 1 20 SPACE
SPACE 20 1 9 B 10 1 20 SPACE
SPACE 20 1 11 C 12 1 20 SPACE
SPACE 20 1 13 A 14 1 20 SPACE
SPACE 20 1 15 B 16 1 20 SPACE
SPACE 20 1 17 C 18 1 20 SPACE
SPACE 20 1 19 A 20 1 20 SPACE
SPACE 20 1 21 B 22 1 20 SPACE
SPACE 20 1 23 C 24 1 20 SPACE
SPACE 20 1 25 A 26 1 20 SPARE
SPACE 20 1 27 B 28 1 20 SPARE
SPACE 20 1 29 C 30 1 20 SPARE
SPACE 20 1 31 A 32 1 20 SPARE
SPACE 20 1 33 B 34 1 20 SPARE
SPACE 20 1 35 C 36 1 20 SPARE
SPACE 20 1 37 A 38 3 25 3.24 COMB E2P0-7G VIA E4T0-7G
SPACE 20 1 39 B 40 - - 3.24 COMB -
SPACE 20 1 41 C 42 - - 3.24 COMB -

ESTIMATED MAXIMUM DEMAND (EMD) CALCULATIONS
LOAD SUMMARY: LOAD TYPE CONNECTED NEC DEMAND
LIGHTING LTG 0.0 KVA 0.0 KVA (125%) CONNECTED PHASE LOADING RESIDENT LTG/REC RES 0.0 KVA 0.0 KVA ( 100/35/25 %) PHASE A: 3.24 KVA SMALL APPLIANCE RES 0.0 KVA 0.0 KVA ( 100/35/25 %) PHASE B: 3.24 KVA LARGEST MOTOR MTR KVA 0.0 KVA (125%) PHASE C: 3.24 KVA
REMAINING MOTORS MTR 0.0 KVA 0.0 KVA (100%)
GEN PURPOSE REC REC 7.0 KVA 7.0 KVA ( 50% > 10KVA)
COMPUTER REC MISC 0.0 KVA 0.0 KVA (100%)
EQUIP/OTHER MISC 2.7 KVA 2.7 KVA (100%) NOTES:

HEATING MISC 0.0 KVA 0.0 KVA (100%)
ELEVATOR ELEV 0.0 KVA 0.0 KVA (100%)
KITCHEN EQPT KITCH 0.0 KVA 0.0 KVA (65%)
TOTALS: 9.7 KVA 9.7 KVA

11.7 AMP 11.7 AMP

PANEL SCHEDULE
PANEL: E2P0-7G LOCATION: ELECRICAL P08 VOLTAGE: 208 Y/ 120 P: 3 W: 4 AIC RATING: 10K AMP: 100 MLO X MCB MOUNTING: X SURFACE FLUSH
TYPE: EXISTING NEW X STYLE: NEUTRAL: 100% FED FROM: E4T0-7G

CIRCUIT DESCRIPTION

LOAD CKT P CIR P CIR P CKT LOAD

CIRCUIT DESCRIPTION
TYPE KVA BKR # H # BKR KVA TYPE
EMERGENCY POWER DISTRIBUTION 193 REC 0.54 20 1 1 A 2 1 20 0.18 MISC FIRE ALARM CONTROL ROOM XL11A MOUNTED RECEPTACLE - NORTH PLAZA REC 0.54 20 1 3 B 4 1 20 0.18 MISC FIRE ALARM CONTROL ROOM XL11A MOUNTED RECEPTACLE - NORTH PLAZA REC 0.54 20 1 5 C 6 1 20 0.18 MISC FIRE ALARM CONTROL ROOM XL11A MOUNTED RECEPTACLE - NORTH PLAZA REC 0.36 20 1 7 A 8 1 20 0.18 MISC FIRE ALARM CONTROL ROOM XL11A MOUNTED RECEPTACLE - NORTH PLAZA REC 0.36 20 1 9 B 10 1 20 0.18 MISC FIRE ALARM CONTROL ROOM XL11A MOUNTED RECEPTACLE - NORTH PLAZA REC 0.36 20 1 11 C 12 1 20 0.18 MISC ELECTRICAL CLOSET P09 NAC XL11A MOUNTED RECEPTACLE - NORTH PLAZA REC 0.36 20 1 13 A 14 1 20 0.18 MISC FIRE ALARM CONTROL ROOM XL11A MOUNTED RECEPTACLE - NORTH PLAZA REC 0.36 20 1 15 B 16 1 20 0.18 MISC FIRE ALARM CONTROL ROOM - TWO WAY TELE SUPPLY XL11A MOUNTED RECEPTACLE - SOUTH PLAZA REC 0.36 20 1 17 C 18 1 20 0.18 MISC MDF 190 LV DEVICES XL11A MOUNTED RECEPTACLE - SOUTH PLAZA REC 0.36 20 1 19 A 20 1 20 0.18 MISC NORTH PLAZA EXTERIOR RECP XL11A MOUNTED RECEPTACLE - SOUTH PLAZA REC 0.36 20 1 21 B 22 1 20 0.18 MISC NORTH PLAZA EXTERIOR RECP XL11A MOUNTED RECEPTACLE - SOUTH PLAZA REC 0.36 20 1 23 C 24 1 20 0.18 MISC NORTH PLAZA EXTERIOR RECP XL11A MOUNTED RECEPTACLE - SOUTH PLAZA REC 0.36 20 1 25 A 26 1 20 SPARE XL11A MOUNTED RECEPTACLE - SOUTH PLAZA REC 0.36 20 1 27 B 28 1 20 SPARE XL11A MOUNTED RECEPTACLE - SOUTH PLAZA REC 0.36 20 1 29 C 30 1 20 SPARE XL11A MOUNTED RECEPTACLE - SOUTH PLAZA REC 0.36 20 1 31 A 32 1 20 SPARE XL11A MOUNTED RECEPTACLE - S. OUTDOOR EVENT REC 0.36 20 1 33 B 34 1 20 SPARE XL11A MOUNTED RECEPTACLE - S. OUTDOOR EVENT REC 0.36 20 1 35 C 36 1 20 SPARE FIRE ALARM CONTROL ROOM MISC 0.18 20 1 37 A 38 1 20 SPARE FIRE ALARM CONTROL ROOM MISC 0.18 20 1 39 B 40 1 20 0.45 EQUIP STATION SERVICE BATTERY CHARGER FIRE ALARM CONTROL ROOM MISC 0.18 20 1 41 C 42 1 20 0.45 EQUIP STATION SERVICE BATTERY CHARGER

ESTIMATED MAXIMUM DEMAND (EMD) CALCULATIONS
LOAD SUMMARY: LOAD TYPE CONNECTED NEC DEMAND
LIGHTING LTG 0.0 KVA 0.0 KVA (125%) CONNECTED PHASE LOADING RESIDENT LTG/REC RES 0.0 KVA 0.0 KVA ( 100/35/25 %) PHASE A: 3.24 KVA SMALL APPLIANCE RES 0.0 KVA 0.0 KVA ( 100/35/25 %) PHASE B: 3.69 KVA LARGEST MOTOR MTR KVA 0.0 KVA (125%) PHASE C: 3.69 KVA
REMAINING MOTORS MTR 0.0 KVA 0.0 KVA (100%)
GEN PURPOSE REC REC 7.0 KVA 7.0 KVA ( 50% > 10KVA)
COMPUTER REC MISC 0.0 KVA 0.0 KVA (100%)
EQUIP/OTHER MISC 3.6 KVA 3.6 KVA (100%) NOTES:

HEATING MISC 0.0 KVA 0.0 KVA (100%)
ELEVATOR ELEV 0.0 KVA 0.0 KVA (100%)
KITCHEN EQPT KITCH 0.0 KVA 0.0 KVA (65%)
TOTALS: 10.6 KVA 10.6 KVA

29.5 AMP 29.5 AMP

PANEL SCHEDULE
PANEL: E2P1-10F LOCATION: ELECTRICAL 134 VOLTAGE: 208 Y/ 120 P: 3 W: 4 AIC RATING: 10K AMP: 60 MLO X MCB MOUNTING: X SURFACE FLUSH
TYPE: EXISTING NEW X STYLE: NEUTRAL: 100% FED FROM: E4T1-10F

CIRCUIT DESCRIPTION

LOAD CKT P CIR P CIR P CKT LOAD

CIRCUIT DESCRIPTION
TYPE KVA BKR # H # BKR KVA TYPE
FSDs LVL 1 A MISC 0.05 20 1 1 A 2 1 20 SPARE
ELECTRICAL 134, NAC MISC 0.18 20 1 3 B 4 1 20 SPARE
FSDs LVL 2 A MISC 0.05 20 1 5 C 6 1 20 SPARE
ELECTRICAL 235, NAC MISC 0.18 20 1 7 A 8 1 20 SPARE
FSDs LVL 3 A MISC 0.05 20 1 9 B 10 1 20 SPARE
ELECTRICAL 333, NAC MISC 0.18 20 1 11 C 12 1 20 SPARE
FSDs LVL 4A MISC 0.05 20 1 13 A 14 1 20 SPARE
ELECTRICAL 405, NAC MISC 0.18 20 1 15 B 16 1 20 SPARE
FCU-E-102 MTR 0.35 15 2 17 C 18 1 20 SPARE
- MTR 0.35 - - 19 A 20 1 20 SPARE
FCU-E-103 MTR 0.06 15 2 21 B 22 1 20 SPARE
- MTR 0.06 - - 23 C 24 1 20 SPARE
FCU-E-104 MTR 0.04 15 2 25 A 26 1 20 SPARE
- MTR 0.04 - - 27 B 28 1 20 SPARE
FCU-E-105 MTR 0.03 15 2 29 C 30 1 20 SPARE
- MTR 0.03 - - 31 A 32 1 20 SPARE
IDF 133 LV DEVICES MISC 0.30 20 1 33 B 34 1 20 SPARE
SPARE 20 1 35 C 36 1 20 SPARE
SPARE 20 1 37 A 38 1 20 SPARE
SPARE 20 1 39 B 40 1 20 SPARE
SPARE 20 1 41 C 42 1 20 SPARE

ESTIMATED MAXIMUM DEMAND (EMD) CALCULATIONS
LOAD SUMMARY: LOAD TYPE CONNECTED NEC DEMAND
LIGHTING LTG 0.0 KVA 0.0 KVA (125%) CONNECTED PHASE LOADING RESIDENT LTG/REC RES 0.0 KVA 0.0 KVA ( 100/35/25 %) PHASE A: 0.70 KVA SMALL APPLIANCE RES 0.0 KVA 0.0 KVA ( 100/35/25 %) PHASE B: 0.81 KVA LARGEST MOTOR MTR KVA 0.0 KVA (125%) PHASE C: 0.67 KVA
REMAINING MOTORS MTR 1.0 KVA 1.0 KVA (100%)
GEN PURPOSE REC REC 0.0 KVA 0.0 KVA ( 50% > 10KVA)
COMPUTER REC MISC 0.0 KVA 0.0 KVA (100%)
EQUIP/OTHER MISC 1.2 KVA 1.2 KVA (100%) NOTES:

HEATING MISC 0.0 KVA 0.0 KVA (100%)
ELEVATOR ELEV 0.0 KVA 0.0 KVA (100%)
KITCHEN EQPT KITCH 0.0 KVA 0.0 KVA (65%)
TOTALS: 2.2 KVA 2.2 KVA

6.1 AMP 6.1 AMP

PANEL SCHEDULE
PANEL: E4L1-10F LOCATION: ELECTRICAL 134 VOLTAGE: 480 Y/ 277 P: 3 W: 4 AIC RATING: 10K AMP: 100 MLO MCB X MOUNTING: X SURFACE FLUSH
TYPE: EXISTING NEW X STYLE: NEUTRAL: 100% FED FROM: E4L1-2D

CIRCUIT DESCRIPTION

LOAD CKT P CIR P CIR P CKT LOAD

CIRCUIT DESCRIPTION
TYPE KVA BKR # H # BKR KVA TYPE
EM P1 WEST LTG LTG 1.67 20 1 1 A 2 1 20 SPARE
EM LTG ROOM 132, 133, 134, 140, 141, 143, 145, STAIR LTG 2.06 20 1 3 B 4 1 20 SPARE EM LTG ROOM 103, 120, 135, 137, 138 LTG 0.76 20 1 5 C 6 1 20 SPARE EM LTG ROOM 120 LTG 0.47 20 1 7 A 8 1 20 SPARE
EM LTG ROOM 206, 222, 240-242, STAIRS LTG 1.04 20 1 9 B 10 1 20 SPARE EM LTG ROOM 220-221, 230-245 LTG 0.78 20 1 11 C 12 1 20 SPARE EM LTG LEVEL 2 LOBBY LTG 0.12 20 1 13 A 14 1 20 SPARE
EXTERIOR NORTH PATHWAYS AND PARKING LTG 0.69 20 1 15 B 16 1 20 SPARE EXTERIOR NORTH PLAZA - XL7 LTG 1.25 20 1 17 C 18 1 20 SPARE EXTERIOR NORTH SIDEWALK AND STREET LTG 1.49 20 1 19 A 20 1 20 SPARE EXTERIOR SOUTH SIDE WALK AND STREET LTG 0.54 20 1 21 B 22 1 20 SPARE EXTERIOR NORTH PLAZA - XL7 LTG 1.35 20 1 23 C 24 1 20 SPARE EXTERIOR SOUTH PLAZA - XL7 LTG 1.53 20 1 25 A 26 1 20 SPARE EXTERIOR SOUTH PLAZA LTG 1.23 20 1 27 B 28 1 20 SPARE
EXTERIOR EOC PARKING AND DRIVEWAY LTG 0.82 20 1 29 C 30 1 20 SPARE EXTERIOR DPS SOUTH LIGHTING LTG 0.10 20 1 31 A 32 1 20 SPARE SPARE 20 1 33 B 34 1 20 SPARE
SPARE 20 1 35 C 36 1 20 SPARE
SPARE 20 1 37 A 38 3 25 0.70 COMB E2P1-10F VIA E4T1-10F SPARE 20 1 39 B 40 - - 0.81 COMB -
SPARE 20 1 41 C 42 - - 0.67 COMB -

ESTIMATED MAXIMUM DEMAND (EMD) CALCULATIONS
LOAD SUMMARY: LOAD TYPE CONNECTED NEC DEMAND
LIGHTING LTG 19.2 KVA 24.0 KVA (125%) CONNECTED PHASE LOADING RESIDENT LTG/REC RES 0.0 KVA 0.0 KVA ( 100/35/25 %) PHASE A: 7.92 KVA SMALL APPLIANCE RES 0.0 KVA 0.0 KVA ( 100/35/25 %) PHASE B: 8.19 KVA LARGEST MOTOR MTR KVA 0.0 KVA (125%) PHASE C: 5.85 KVA
REMAINING MOTORS MTR 1.0 KVA 1.0 KVA (100%)
GEN PURPOSE REC REC 0.0 KVA 0.0 KVA ( 50% > 10KVA)
COMPUTER REC MISC 0.0 KVA 0.0 KVA (100%)
EQUIP/OTHER MISC 1.8 KVA 1.8 KVA (100%) NOTES:

HEATING MISC 0.0 KVA 0.0 KVA (100%)
ELEVATOR ELEV 0.0 KVA 0.0 KVA (100%)
KITCHEN EQPT KITCH 0.0 KVA 0.0 KVA (65%)
TOTALS: 22.0 KVA 26.8 KVA

26.4 AMP 32.2 AMP

LIFE SAFETY DISTRIBUTION SYSTEM
E4L1-2D LOCATION: EMERGENCY POWER DISTRIBUTION 193

PANEL CONNECTED LOAD (VA) DEMAND LOAD (VA) REMARKS
E4L1-10F 21,963 26,758
E4L1-3D 10,651 13,313
E4L3-5D 13,704 15,055
E4P0-7G 9,720 9,720
CAPACITY: 300A GROUND:

VOLTAGE: 480/277V MOUNTING:

PHASE: 3 ENCLOSURE:

WIRE: 4 FEED: E4D1-2D
LUGS: CONNECTED KVA: 56
BREAKER AIC RATING: 35K CONNECTED AMPS: 156
BUS: DEMAND KVA: 65
NEUTRAL: DEMAND AMPS: 180

PANEL SCHEDULE
PANEL: E4L3-10F LOCATION: ELECTRICAL 333 VOLTAGE: 480 Y/ 277 P: 3 W: 4 AIC RATING: 10K AMP: 100 MLO X MCB MOUNTING: X SURFACE FLUSH
TYPE: EXISTING NEW X STYLE: NEUTRAL: 100% FED FROM: E4L1-2D

CIRCUIT DESCRIPTION

LOAD CKT P CIR P CIR P CKT LOAD

CIRCUIT DESCRIPTION
TYPE KVA BKR # H # BKR KVA TYPE
EM LTG ROOM 321, STAIRS LTG 0.93 20 1 1 A 2 1 20 SPACE
EM LTG ROOM 306, 320, 322, 330-334, 336, 340-348 LTG 0.80 20 1 3 B 4 1 20 SPACE EM LTG LEVEL 3 LOBBY LTG 0.12 20 1 5 C 6 1 20 SPACE
EM LTG ROOM 403-405, 420-422, 427-432, STAIRS LTG 0.58 20 1 7 A 8 1 20 SPACE EM LTG ROOM 401, 433, 439-448 LTG 0.73 20 1 9 B 10 1 20 SPACE EM LTG LEVEL 4 LOBBY LTG 0.12 20 1 11 C 12 1 20 SPACE
EM LTG ROOF WEST LTG 0.04 20 1 13 A 14 1 20 SPACE
SPACE 20 1 15 B 16 1 20 SPACE
SPACE 20 1 17 C 18 1 20 SPACE
SPACE 20 1 19 A 20 1 20 SPACE
SPACE 20 1 21 B 22 1 20 SPACE
SPACE 20 1 23 C 24 1 20 SPACE
SPACE 20 1 25 A 26 1 20 SPARE
SPACE 20 1 27 B 28 1 20 SPARE
SPACE 20 1 29 C 30 1 20 SPARE
SPACE 20 1 31 A 32 1 20 SPARE
SPACE 20 1 33 B 34 1 20 SPARE
SPACE 20 1 35 C 36 1 20 SPARE
SPACE 20 1 37 A 38 3 25 0.30 COMB E2L3-10F
SPACE 20 1 39 B 40 - - 0.30 COMB -
SPACE 20 1 41 C 42 - - COMB -

ESTIMATED MAXIMUM DEMAND (EMD) CALCULATIONS
LOAD SUMMARY: LOAD TYPE CONNECTED NEC DEMAND
LIGHTING LTG 3.3 KVA 4.1 KVA (125%) CONNECTED PHASE LOADING RESIDENT LTG/REC RES 0.0 KVA 0.0 KVA ( 100/35/25 %) PHASE A: 1.85 KVA SMALL APPLIANCE RES 0.0 KVA 0.0 KVA ( 100/35/25 %) PHASE B: 1.83 KVA LARGEST MOTOR MTR KVA 0.0 KVA (125%) PHASE C: 0.23 KVA
REMAINING MOTORS MTR 0.0 KVA 0.0 KVA (100%)
GEN PURPOSE REC REC 0.0 KVA 0.0 KVA ( 50% > 10KVA)
COMPUTER REC MISC 0.0 KVA 0.0 KVA (100%)
EQUIP/OTHER MISC 0.6 KVA 0.6 KVA (100%) NOTES:

HEATING MISC 0.0 KVA 0.0 KVA (100%)
ELEVATOR ELEV 0.0 KVA 0.0 KVA (100%)
KITCHEN EQPT KITCH 0.0 KVA 0.0 KVA (65%)
TOTALS: 3.9 KVA 4.7 KVA

4.7 AMP 5.7 AMP

PANEL SCHEDULE
PANEL: E4L3-5D LOCATION: ELECTRICAL 304 VOLTAGE: 480 Y/ 277 P: 3 W: 4 AIC RATING: 35K AMP: 100 MLO X MCB MOUNTING: X SURFACE FLUSH
TYPE: EXISTING NEW X STYLE: NEUTRAL: 100% FED FROM: E4L1-2D

CIRCUIT DESCRIPTION

LOAD CKT P CIR P CIR P CKT LOAD

CIRCUIT DESCRIPTION
TYPE KVA BKR # H # BKR KVA TYPE
EM LTG ROOM 302, 350- 355 LTG 1.05 20 1 1 A 2 1 20 SPARE EM LTG ROOM 301, 304, 305, 372, 303, 360-361, 311-318 LTG 0.46 20 1 3 B 4 1 20 SPARE EM LTG ROOM 370-371, 373-377, 380-382, STAIR LTG 1.27 20 1 5 C 6 1 20 SPARE EM LTG ROOM 407, 409, 410-418 LTG 0.27 20 1 7 A 8 1 20 SPARE EM LTG ROOM 406, 450, 452-455, 461-463 LTG 0.71 20 1 9 B 10 1 20 SPARE EM LTG ROOM 408, 456-460, 470-481, STAIR LTG 1.17 20 1 11 C 12 1 20 SPARE EM LTG ROOF EAST, PENTHOUSE LTG 0.48 20 1 13 A 14 1 20 SPARE SPARE 20 1 15 B 16 1 20 SPARE
SPARE 20 1 17 C 18 1 20 SPARE
SPARE 20 1 19 A 20 1 20 SPARE
SPARE 20 1 21 B 22 1 20 SPARE
SPARE 20 1 23 C 24 1 20 SPARE
SPARE 20 1 25 A 26 1 20 SPARE
SPARE 20 1 27 B 28 1 20 SPARE
SPARE 20 1 29 C 30 1 20 SPARE
SPARE 20 1 31 A 32 1 20 SPARE
SPARE 20 1 33 B 34 1 20 SPARE
SPARE 20 1 35 C 36 1 20 SPARE
SPARE 20 1 37 A 38 3 25 1.11 COMB E2P3-5D VIA E4T3-5D
SPARE 20 1 39 B 40 - - 3.96 COMB -
SPARE 20 1 41 C 42 - - 3.23 COMB -

ESTIMATED MAXIMUM DEMAND (EMD) CALCULATIONS
LOAD SUMMARY: LOAD TYPE CONNECTED NEC DEMAND
LIGHTING LTG 5.4 KVA 6.8 KVA (125%) CONNECTED PHASE LOADING RESIDENT LTG/REC RES 0.0 KVA 0.0 KVA ( 100/35/25 %) PHASE A: 2.91 KVA SMALL APPLIANCE RES 0.0 KVA 0.0 KVA ( 100/35/25 %) PHASE B: 5.13 KVA LARGEST MOTOR MTR KVA 0.0 KVA (125%) PHASE C: 5.67 KVA
REMAINING MOTORS MTR 6.3 KVA 6.3 KVA (100%)
GEN PURPOSE REC REC 0.0 KVA 0.0 KVA ( 50% > 10KVA)
COMPUTER REC MISC 0.0 KVA 0.0 KVA (100%)
EQUIP/OTHER MISC 2.0 KVA 2.0 KVA (100%) NOTES:

HEATING MISC 0.0 KVA 0.0 KVA (100%)
ELEVATOR ELEV 0.0 KVA 0.0 KVA (100%)
KITCHEN EQPT KITCH 0.0 KVA 0.0 KVA (65%)
TOTALS: 13.7 KVA 15.1 KVA

16.5 AMP 18.1 AMP

PANEL SCHEDULE
PANEL: E2P3-5D LOCATION: ELECTRICAL 304 VOLTAGE: 208 Y/ 120 P: 3 W: 4 AIC RATING: 10K AMP: 60 MLO MCB X MOUNTING: X SURFACE FLUSH
TYPE: EXISTING NEW X STYLE: NEUTRAL: 100% FED FROM: E4T3-5D

CIRCUIT DESCRIPTION

LOAD CKT P CIR P CIR P CKT LOAD

CIRCUIT DESCRIPTION
TYPE KVA BKR # H # BKR KVA TYPE
ELECTRICAL PANEL 252, NAC MISC 0.18 20 1 1 A 2 1 20 0.05 MISC FSDs Level 4 Zone B ELECTRICAL 304, NAC MISC 0.18 20 1 3 B 4 1 20 SPACE
ELECTRICAL 408, NAC MISC 0.18 20 1 5 C 6 1 20 SPACE
PV ELECTRICAL ROOM, ROOF MISC 0.18 20 1 7 A 8 1 20 SPACE ELEVATOR CONTROL ROOM 504, NAC MISC 0.18 20 1 9 B 10 1 20 SPACE FSDs Level 1 Zone B MISC 0.05 20 1 11 C 12 1 20 SPACE
FSDS Level 2 Zone B MISC 0.05 20 1 13 A 14 1 20 SPACE
FCU-R02 MTR 0.30 15 2 15 B 16 1 20 SPACE
- MTR 0.30 - - 17 C 18 1 20 SPACE
EF-302 MTR 0.30 15 1 19 A 20 1 20 SPACE
EF-401 MTR 0.30 15 1 21 B 22 1 20 SPACE
EF-402 MTR 0.30 15 1 23 C 24 1 20 SPACE
IDF 334 LV DEVICES MISC 0.30 20 1 25 A 26 1 20 SPACE
IDF 372 LV DEVICES MISC 0.30 20 1 27 B 28 1 20 SPACE
SPARE 20 1 29 C 30 1 20 SPACE
SPARE 20 1 31 A 32 1 20 SPARE
CU-R05 MTR 2.40 35 2 33 B 34 1 20 SPARE
- MTR 2.40 - - 35 C 36 1 20 SPARE
FSDs Level 3 Zone B MISC 0.05 20 1 37 A 38 1 20 SPARE
IDF 463 LV DEVICES MISC 0.30 20 1 39 B 40 1 20 SPARE
SPARE 20 1 41 C 42 1 20 SPARE

ESTIMATED MAXIMUM DEMAND (EMD) CALCULATIONS
LOAD SUMMARY: LOAD TYPE CONNECTED NEC DEMAND
LIGHTING LTG 0.0 KVA 0.0 KVA (125%) CONNECTED PHASE LOADING RESIDENT LTG/REC RES 0.0 KVA 0.0 KVA ( 100/35/25 %) PHASE A: 1.11 KVA SMALL APPLIANCE RES 0.0 KVA 0.0 KVA ( 100/35/25 %) PHASE B: 3.96 KVA LARGEST MOTOR MTR KVA 0.0 KVA (125%) PHASE C: 3.23 KVA
REMAINING MOTORS MTR 6.3 KVA 6.3 KVA (100%)
GEN PURPOSE REC REC 0.0 KVA 0.0 KVA ( 50% > 10KVA)
COMPUTER REC MISC 0.0 KVA 0.0 KVA (100%)
EQUIP/OTHER MISC 2.0 KVA 2.0 KVA (100%) NOTES:

HEATING MISC 0.0 KVA 0.0 KVA (100%)
ELEVATOR ELEV 0.0 KVA 0.0 KVA (100%)
KITCHEN EQPT KITCH 0.0 KVA 0.0 KVA (65%)
TOTALS: 8.3 KVA 8.3 KVA

23.0 AMP 23.0 AMP

SHEET NUMBER

PROJECT NUMBER

SHEET TITLE

SEALS AND SIGNATURES

San Francisco, CA 94102
415.544.7500
pae-engineers.com.com
10/9/2020 10:04:35 AM

PANEL SCHEDULES
3-E8.0.2
Author

SUNNYVALE CIVIC CENTER
ADDENDUM #4 4 28 AUG 2020

ISSUED FOR REV DATE
CONSTRUCTION 27 OCT 2020

ISSUED FOR CONSTRUCTION
DocuSign Envelope ID: CEE12293-E980-4FD8-B43B-95F12CDEFEA2 Attachment 1

Page 57 of 61 ends

PANEL SCHEDULE
PANEL: 4H0-7G LOCATION: ELECTRICAL P08 VOLTAGE: 480 Y/ 277 P: 3 W: 4 AIC RATING: 10K AMP: 100 MLO MCB X MOUNTING: X SURFACE FLUSH
TYPE: EXISTING NEW X STYLE: NEUTRAL: 100% FED FROM: 4D1-3D-B

CIRCUIT DESCRIPTION

LOAD CKT P CIR P CIR P CKT LOAD

CIRCUIT DESCRIPTION
TYPE KVA BKR # H # BKR KVA TYPE
EF-B01 MTR 3.85 40 3 1 A 2 1 20 SPARE
MTR 3.85 - - 3 B 4 1 20 SPARE
MTR 3.85 - - 5 C 6 1 20 SPARE
SP-0-1 MTR 1.20 15 3 7 A 8 1 20 SPARE
- MTR 1.20 - - 9 B 10 1 20 SPARE
- MTR 1.20 - - 11 C 12 1 20 SPARE
SE-0-1 MTR 1.20 15 3 13 A 14 1 20 SPARE
- MTR 1.20 - - 15 B 16 1 20 SPARE
- MTR 1.20 - - 17 C 18 1 20 SPARE
COILING GRILLE MTR 1.20 20 3 19 A 20 1 20 SPARE
- MTR 1.20 - - 21 B 22 1 20 SPARE
- MTR 1.20 - - 23 C 24 1 20 SPARE
SPARE 20 1 25 A 26 1 20 SPARE
SPARE 20 1 27 B 28 1 20 SPARE
SPARE 20 1 29 C 30 1 20 SPARE
SPARE 20 1 31 A 32 1 20 SPARE
SPARE 20 1 33 B 34 1 20 SPARE
SPARE 20 1 35 C 36 1 20 SPARE
SPARE 20 1 37 A 38 3 50 3.44 COMB 2H0-7G
SPARE 20 1 39 B 40 - - 1.61 COMB -
SPARE 20 1 41 C 42 - - 1.25 COMB -

ESTIMATED MAXIMUM DEMAND (EMD) CALCULATIONS
LOAD SUMMARY: LOAD TYPE CONNECTED NEC DEMAND
LIGHTING LTG 0.0 KVA 0.0 KVA (125%) CONNECTED PHASE LOADING RESIDENT LTG/REC RES 0.0 KVA 0.0 KVA ( 100/35/25 %) PHASE A: 10.89 KVA SMALL APPLIANCE RES 0.0 KVA 0.0 KVA ( 100/35/25 %) PHASE B: 9.06 KVA LARGEST MOTOR MTR 11.6 KVA 14.4 KVA (125%) PHASE C: 8.70 KVA REMAINING MOTORS MTR 16.4 KVA 16.4 KVA (100%)
GEN PURPOSE REC REC 0.0 KVA 0.0 KVA ( 50% > 10KVA)
COMPUTER REC MISC 0.0 KVA 0.0 KVA (100%)
EQUIP/OTHER MISC 0.7 KVA 0.7 KVA (100%) NOTES:

HEATING MISC 0.0 KVA 0.0 KVA (100%)
ELEVATOR ELEV 0.0 KVA 0.0 KVA (100%)
KITCHEN EQPT KITCH 0.0 KVA 0.0 KVA (65%)
TOTALS: 28.7 KVA 31.5 KVA

34.5 AMP 37.9 AMP

PANEL SCHEDULE
PANEL: 2H0-7G LOCATION: ELECTRICAL P08 VOLTS: 208 Y/ 120 P 3 W: 4 AIC RATING: 10k AMP: 100 MLO X MCB MOUNT: X SURFACE FLUSH
TYPE: EXISTING NEW X STYLE: NEUTRAL: 100% FED FROM: 4T0-7G

CIRCUIT DESCRIPTION

LOAD CKT P CIR P CIR P CKT LOAD

CIRCUIT DESCRIPTION
TYPE KVA BKR # H # BKR KVA TYPE
GDF-B01 MTR 0.20 20 3 1 A 2 1 20 1.80 MTR SF-B01
MTR 0.20 - - 3 B 4 2 20 0.05 MTR FCU -B01
MTR 0.20 - - 5 C 6 - - 0.05 MTR -
GDF-B02 MTR 0.20 20 3 7 A 8 1 20 0.08 MTR FCU-B02
MTR 0.20 - - 9 B 10 1 20 SPACE
MTR 0.20 - - 11 C 12 1 20 SPACE
GDF-B03 MTR 0.20 20 3 13 A 14 1 20 SPACE
MTR 0.20 - - 15 B 16 1 20 SPACE
MTR 0.20 - - 17 C 18 1 20 SPACE
GDF-B04 MTR 0.20 20 3 19 A 20 1 20 SPACE
MTR 0.20 - - 21 B 22 1 20 SPACE
MTR 0.20 - - 23 C 24 1 20 SPACE
GDF-B05 MTR 0.20 20 3 25 A 26 1 20 SPACE
MTR 0.20 - - 27 B 28 1 20 SPACE
MTR 0.20 - - 29 C 30 1 20 SPACE
GDF-B06 MTR 0.20 20 3 31 A 32 1 20 SPARE
MTR 0.20 - - 33 B 34 1 20 SPARE
MTR 0.20 - - 35 C 36 1 20 SPARE
TP-100A MISC 0.36 15 1 37 A 38 1 20 SPARE
TP-100B MISC 0.36 15 1 39 B 40 1 20 SPARE
SPARE 20 1 41 C 42 1 20 SPARE

ESTIMATED MAXIMUM DEMAND (EMD) CALCULATIONS
LOAD SUMMARY: LOAD TYPE: CONNECTED NEC DEMAND
LIGHTING LTG 0.00 KVA 0.00 KVA (125%) CONNECTED PHASE LOADING RESIDENT LTG/RECPT RES 0.00 KVA 0.00 KVA ( 100/35/25 %) PHASE A: 3.44 KVA SMALL APPLIANCE RES 0.00 KVA 0.00 KVA ( 100/35/25 %) PHASE B: 1.61 KVA LARGEST MOTOR 0.30 KVA 0.38 KVA (125%) PHASE C: 1.25 KVA REMAINING MOTORS MTR 5.28 KVA 5.28 KVA (100%)
GEN PURPOSE RECPT REC 0.00 KVA 0.00 KVA ( 50% > 10KVA) COMPUTER RECPT MISC 0.00 KVA 0.00 KVA (100%)
EQUIP/OTHER MISC 0.72 KVA 0.72 KVA (100%) NOTES:

HEATING MISC 0.00 KVA 0.00 KVA (100%)
ELEVATOR ELEV 0.00 KVA 0.00 KVA @ 100%
KITCHEN EQPT KITCH 0.00 KVA 0.00 KVA @ 65%
TOTALS: 6.30 KVA 6.38 KVA

17.50 AMPS 17.70 AMPS

PANEL SCHEDULE
PANEL: 2H1-11G LOCATION: ELECTRICAL 134 VOLTAGE: 208 Y/ 120 P: 3 W: 4 AIC RATING: 10K AMP: 50 MLO X MCB MOUNTING: X SURFACE FLUSH
TYPE: EXISTING NEW X STYLE: NEUTRAL: 100% FED FROM: 2H2-11F

CIRCUIT DESCRIPTION

LOAD CKT P CIR P CIR P CKT LOAD

CIRCUIT DESCRIPTION
TYPE KVA BKR # H # BKR KVA TYPE
EF-101 EXHAUST FAN MTR 0.50 20 1 1 A 2 1 20 SPACE
SPACE - - 3 B 4 1 20 SPACE
SPACE - - 5 C 6 1 20 SPACE
SPACE 20 1 7 A 8 1 20 SPACE
SPACE 20 1 9 B 10 1 20 SPACE
SPACE 20 1 11 C 12 1 20 SPACE
SPACE 20 1 13 A 14 1 20 SPACE
SPACE 20 1 15 B 16 1 20 SPACE
SPACE 20 1 17 C 18 1 20 SPACE
SPACE 20 1 19 A 20 1 20 SPACE
SPACE 20 1 21 B 22 1 20 SPACE
FCU-W-101 MTR 0.03 15 2 23 C 24 1 20 SPACE
- MTR 0.03 - - 25 A 26 1 20 SPACE
FCU-W-102 MTR 0.35 15 2 27 B 28 1 20 SPACE
- MTR 0.35 - - 29 C 30 1 20 SPACE
FCU-W-103 MTR 0.35 15 2 31 A 32 1 20 SPARE
- MTR 0.35 - - 33 B 34 1 20 SPARE
SPACE 20 1 35 C 36 1 20 SPARE
SPACE 20 1 37 A 38 1 20 SPARE
SPACE 20 1 39 B 40 1 20 SPARE
SPACE 20 1 41 C 42 1 20 SPARE

ESTIMATED MAXIMUM DEMAND (EMD) CALCULATIONS
LOAD SUMMARY: LOAD TYPE CONNECTED NEC DEMAND
LIGHTING LTG 0.0 KVA 0.0 KVA (125%) CONNECTED PHASE LOADING RESIDENT LTG/REC RES 0.0 KVA 0.0 KVA ( 100/35/25 %) PHASE A: 0.88 KVA SMALL APPLIANCE RES 0.0 KVA 0.0 KVA ( 100/35/25 %) PHASE B: 0.70 KVA LARGEST MOTOR MTR 1.7 KVA 2.1 KVA (125%) PHASE C: 0.38 KVA REMAINING MOTORS MTR 0.3 KVA 0.3 KVA (100%)
GEN PURPOSE REC REC 0.0 KVA 0.0 KVA ( 50% > 10KVA)
COMPUTER REC MISC 0.0 KVA 0.0 KVA (100%)
EQUIP/OTHER MISC 0.0 KVA 0.0 KVA (100%) NOTES:

HEATING MISC 0.0 KVA 0.0 KVA (100%)
ELEVATOR ELEV 0.0 KVA 0.0 KVA (100%)
KITCHEN EQPT KITCH 0.0 KVA 0.0 KVA (65%)
TOTALS: 2.0 KVA 2.4 KVA

5.4 AMP 6.6 AMP

PANEL SCHEDULE
PANEL: 2H1-2E LOCATION: MAIN ELECTRICAL ROOM VOLTAGE: 208 Y/ 120 P: 3 W: 4 AIC RATING: 10K AMP: 100 MLO X MCB MOUNTING: X SURFACE FLUSH
TYPE: EXISTING NEW X STYLE: NEUTRAL: 100% FED FROM: 4T1-2E-A

CIRCUIT DESCRIPTION

LOAD CKT P CIR P CIR P CKT LOAD

CIRCUIT DESCRIPTION
TYPE KVA BKR # H # BKR KVA TYPE
SPARE 20 1 1 A 2 1 20 SPACE
EF-202 EXHAUST FAN, ELEC 252 MTR 1.70 20 1 3 B 4 1 20 SPACE FCU-E-101 MTR 0.03 15 2 5 C 6 1 20 SPACE
- MTR 0.03 - - 7 A 8 1 20 SPACE
SPARE 20 1 9 B 10 1 20 SPACE
SPARE 20 1 11 C 12 1 20 SPACE
SPARE 20 1 13 A 14 1 20 SPACE
SPARE 20 1 15 B 16 1 20 SPACE
SPARE 20 1 17 C 18 1 20 SPACE
SPARE 20 1 19 A 20 1 20 SPACE
FCU-E-201 MTR 0.03 20 2 21 B 22 1 20 SPACE
- MTR 0.03 - - 23 C 24 1 20 SPACE
FCU-E-202 MTR 0.04 20 2 25 A 26 1 20 SPACE
- MTR 0.04 - - 27 B 28 1 20 SPACE
TP-101 MISC 0.36 15 1 29 C 30 1 20 SPACE
TP-102 MISC 0.36 15 1 31 A 32 1 20 SPARE
TP-103 MISC 0.36 20 1 33 B 34 1 20 SPARE
TP-104 MISC 0.36 20 1 35 C 36 1 20 SPARE
TP-105 MISC 0.36 20 1 37 A 38 1 20 SPARE
TP-106 MISC 0.36 20 1 39 B 40 1 20 SPARE
SPACE 20 1 41 C 42 1 20 SPARE

ESTIMATED MAXIMUM DEMAND (EMD) CALCULATIONS
LOAD SUMMARY: LOAD TYPE CONNECTED NEC DEMAND
LIGHTING LTG 0.0 KVA 0.0 KVA (125%) CONNECTED PHASE LOADING RESIDENT LTG/REC RES 0.0 KVA 0.0 KVA ( 100/35/25 %) PHASE A: 0.79 KVA SMALL APPLIANCE RES 0.0 KVA 0.0 KVA ( 100/35/25 %) PHASE B: 2.49 KVA LARGEST MOTOR MTR 1.7 KVA 2.1 KVA (125%) PHASE C: 0.78 KVA REMAINING MOTORS MTR 0.2 KVA 0.2 KVA (100%)
GEN PURPOSE REC REC 0.0 KVA 0.0 KVA ( 50% > 10KVA)
COMPUTER REC MISC 0.0 KVA 0.0 KVA (100%)
EQUIP/OTHER MISC 2.2 KVA 2.2 KVA (100%) NOTES:

HEATING MISC 0.0 KVA 0.0 KVA (100%)
ELEVATOR ELEV 0.0 KVA 0.0 KVA (100%)
KITCHEN EQPT KITCH 0.0 KVA 0.0 KVA (65%)
TOTALS: 4.1 KVA 4.5 KVA

11.3 AMP 12.4 AMP

PANEL SCHEDULE
PANEL: 2H2-11F LOCATION: ELECTRICAL 235 VOLTAGE: 208 Y/ 120 P: 3 W: 4 AIC RATING: 10K AMP: 100 MLO MCB X MOUNTING: X SURFACE FLUSH
TYPE: EXISTING NEW X STYLE: NEUTRAL: 100% FED FROM: 4T2-11F

CIRCUIT DESCRIPTION

LOAD CKT P CIR P CIR P CKT LOAD

CIRCUIT DESCRIPTION
TYPE KVA BKR # H # BKR KVA TYPE
SPARE 20 1 1 A 2 1 20 SPACE
SPARE 20 1 3 B 4 1 20 SPACE
SPARE 20 1 5 C 6 1 20 SPACE
EF-201, ELECTRICAL CLOSET 235 MTR 1.70 20 1 7 A 8 1 20 SPACE FCU-W-201 MTR 0.03 15 2 9 B 10 1 20 SPACE
- MTR 0.03 - - 11 C 12 1 20 SPACE
FCU-W-202 MTR 0.04 15 2 13 A 14 1 20 SPACE
- MTR 0.04 - - 15 B 16 1 20 SPACE
SPACE 20 1 17 C 18 1 20 SPACE
SPACE 20 1 19 A 20 1 20 SPACE
SPACE 20 1 21 B 22 1 20 SPACE
SPACE 20 1 23 C 24 1 20 SPACE
SPACE 20 1 25 A 26 1 20 SPARE
SPACE 20 1 27 B 28 1 20 SPARE
SPACE 20 1 29 C 30 1 20 SPARE
SPACE 20 1 31 A 32 1 20 SPARE
SPACE 20 1 33 B 34 1 20 SPARE
SPACE 20 1 35 C 36 1 20 SPARE
SPACE 20 1 37 A 38 3 50 0.88 COMB 2H1-11G
SPACE 20 1 39 B 40 - - 0.70 COMB -
SPACE 20 1 41 C 42 - - 0.38 COMB -

ESTIMATED MAXIMUM DEMAND (EMD) CALCULATIONS
LOAD SUMMARY: LOAD TYPE CONNECTED NEC DEMAND
LIGHTING LTG 0.0 KVA 0.0 KVA (125%) CONNECTED PHASE LOADING RESIDENT LTG/REC RES 0.0 KVA 0.0 KVA ( 100/35/25 %) PHASE A: 2.62 KVA SMALL APPLIANCE RES 0.0 KVA 0.0 KVA ( 100/35/25 %) PHASE B: 0.77 KVA LARGEST MOTOR MTR 1.7 KVA 2.1 KVA (125%) PHASE C: 0.41 KVA REMAINING MOTORS MTR 2.1 KVA 2.1 KVA (100%)
GEN PURPOSE REC REC 0.0 KVA 0.0 KVA ( 50% > 10KVA)
COMPUTER REC MISC 0.0 KVA 0.0 KVA (100%)
EQUIP/OTHER MISC 0.0 KVA 0.0 KVA (100%) NOTES:

HEATING MISC 0.0 KVA 0.0 KVA (100%)
ELEVATOR ELEV 0.0 KVA 0.0 KVA (100%)
KITCHEN EQPT KITCH 0.0 KVA 0.0 KVA (65%)
TOTALS: 3.8 KVA 4.2 KVA

10.5 AMP 11.7 AMP

PANEL SCHEDULE
PANEL: 2H3-5D LOCATION: ELECTRICAL 304 VOLTAGE: 208 Y/ 120 P: 3 W: 4 AIC RATING: 10K AMP: 50 MLO X MCB MOUNTING: X SURFACE FLUSH
TYPE: EXISTING NEW X STYLE: NEUTRAL: 100% FED FROM: 2H4-5C

CIRCUIT DESCRIPTION

LOAD CKT P CIR P CIR P CKT LOAD

CIRCUIT DESCRIPTION
TYPE KVA BKR # H # BKR KVA TYPE
FCU-E-301 MTR 0.03 15 2 1 A 2 1 20 SPACE
MTR 0.03 - - 3 B 4 1 20 SPACE
FCU-E-302 MTR 0.35 15 2 5 C 6 1 20 SPACE
MTR 0.35 - - 7 A 8 1 20 SPACE
TP-103 MTR 0.36 15 1 9 B 10 1 20 SPACE
TP-106 MTR 0.36 15 1 11 C 12 1 20 SPACE
SPACE 20 1 13 A 14 1 20 SPACE
SPACE 20 1 15 B 16 1 20 SPACE
SPACE 20 1 17 C 18 1 20 SPACE
SPACE 20 1 19 A 20 1 20 SPACE
SPACE 20 1 21 B 22 1 20 SPACE
SPACE 20 1 23 C 24 1 20 SPACE
SPACE 20 1 25 A 26 1 20 SPACE
SPACE 20 1 27 B 28 1 20 SPACE
SPACE 20 1 29 C 30 1 20 SPACE
SPACE 20 1 31 A 32 1 20 SPARE
SPACE 20 1 33 B 34 1 20 SPARE
SPACE 20 1 35 C 36 1 20 SPARE
SPACE 20 1 37 A 38 1 20 SPARE
SPACE 20 1 39 B 40 1 20 SPARE
SPACE 20 1 41 C 42 1 20 SPARE

ESTIMATED MAXIMUM DEMAND (EMD) CALCULATIONS
LOAD SUMMARY: LOAD TYPE CONNECTED NEC DEMAND
LIGHTING LTG 0.0 KVA 0.0 KVA (125%) CONNECTED PHASE LOADING RESIDENT LTG/REC RES 0.0 KVA 0.0 KVA ( 100/35/25 %) PHASE A: 0.38 KVA SMALL APPLIANCE RES 0.0 KVA 0.0 KVA ( 100/35/25 %) PHASE B: 0.39 KVA LARGEST MOTOR MTR 0.7 KVA 0.9 KVA (125%) PHASE C: 0.71 KVA REMAINING MOTORS MTR 0.8 KVA 0.8 KVA (100%)
GEN PURPOSE REC REC 0.0 KVA 0.0 KVA ( 50% > 10KVA)
COMPUTER REC MISC 0.0 KVA 0.0 KVA (100%)
EQUIP/OTHER MISC 0.0 KVA 0.0 KVA (100%) NOTES:

HEATING MISC 0.0 KVA 0.0 KVA (100%)
ELEVATOR ELEV 0.0 KVA 0.0 KVA (100%)
KITCHEN EQPT KITCH 0.0 KVA 0.0 KVA (65%)
TOTALS: 1.5 KVA 1.7 KVA

4.1 AMP 4.6 AMP

PANEL SCHEDULE
PANEL: 2H3-10F LOCATION: ELECTRICAL 333 VOLTAGE: 208 Y/ 120 P: 3 W: 4 AIC RATING: 10K AMP: 50 MLO X MCB MOUNTING: X SURFACE FLUSH
TYPE: EXISTING NEW X STYLE: NEUTRAL: 100% FED FROM: 2H4-11G

CIRCUIT DESCRIPTION

LOAD CKT P CIR P CIR P CKT LOAD

CIRCUIT DESCRIPTION
TYPE KVA BKR # H # BKR KVA TYPE
EF-301 EXHAUST FAN, ELEC 333 MTR 0.50 20 1 1 A 2 1 20 SPACE FCU-W-301 MTR 0.03 15 2 3 B 4 1 20 SPACE
- MTR 0.03 - - 5 C 6 1 20 SPACE
SPACE 20 1 7 A 8 1 20 SPACE
SPACE 20 1 9 B 10 1 20 SPACE
SPACE 20 1 11 C 12 1 20 SPACE
SPACE 20 1 13 A 14 1 20 SPACE
SPACE 20 1 15 B 16 1 20 SPACE
SPACE 20 1 17 C 18 1 20 SPACE
SPACE 20 1 19 A 20 1 20 SPACE
SPACE 20 1 21 B 22 1 20 SPACE
SPACE 20 1 23 C 24 1 20 SPACE
SPACE 20 1 25 A 26 1 20 SPACE
SPACE 20 1 27 B 28 1 20 SPACE
SPACE 20 1 29 C 30 1 20 SPACE
SPACE 20 1 31 A 32 1 20 SPARE
SPACE 20 1 33 B 34 1 20 SPARE
SPACE 20 1 35 C 36 1 20 SPARE
SPACE 20 1 37 A 38 1 20 SPARE
SPACE 20 1 39 B 40 1 20 SPARE
SPACE 20 1 41 C 42 1 20 SPARE

ESTIMATED MAXIMUM DEMAND (EMD) CALCULATIONS
LOAD SUMMARY: LOAD TYPE CONNECTED NEC DEMAND
LIGHTING LTG 0.0 KVA 0.0 KVA (125%) CONNECTED PHASE LOADING RESIDENT LTG/REC RES 0.0 KVA 0.0 KVA ( 100/35/25 %) PHASE A: 0.50 KVA SMALL APPLIANCE RES 0.0 KVA 0.0 KVA ( 100/35/25 %) PHASE B: 0.03 KVA LARGEST MOTOR MTR 1.7 KVA 2.1 KVA (125%) PHASE C: 0.03 KVA REMAINING MOTORS MTR -1.1 KVA -1.1 KVA (100%)
GEN PURPOSE REC REC 0.0 KVA 0.0 KVA ( 50% > 10KVA)
COMPUTER REC MISC 0.0 KVA 0.0 KVA (100%)
EQUIP/OTHER MISC 0.0 KVA 0.0 KVA (100%) NOTES:

HEATING MISC 0.0 KVA 0.0 KVA (100%)
ELEVATOR ELEV 0.0 KVA 0.0 KVA (100%)
KITCHEN EQPT KITCH 0.0 KVA 0.0 KVA (65%)
TOTALS: 0.6 KVA 1.0 KVA

1.6 AMP 2.7 AMP

PANEL SCHEDULE
PANEL: 2H4-11G LOCATION: ELECTRICAL 405 VOLTAGE: 208 Y/ 120 P: 3 W: 4 AIC RATING: 10K AMP: 100 MLO X MCB MOUNTING: X SURFACE FLUSH
TYPE: EXISTING NEW X STYLE: NEUTRAL: 100% FED FROM: 4T4-11G

CIRCUIT DESCRIPTION

LOAD CKT P CIR P CIR P CKT LOAD

CIRCUIT DESCRIPTION
TYPE KVA BKR # H # BKR KVA TYPE
EF-401 EXHAUST FAN MTR 0.30 20 2 1 A 2 1 20 SPACE
- - - 3 B 4 1 20 SPACE
SPARE 20 1 5 C 6 1 20 SPACE
CU-R02 MTR 3.00 40 2 7 A 8 1 20 SPACE
- MTR 3.00 - - 9 B 10 1 20 SPACE
SPARE 20 1 11 C 12 1 20 SPACE
SPARE 20 1 13 A 14 1 20 SPACE
SPARE 20 1 15 B 16 1 20 SPACE
SPARE 20 1 17 C 18 1 20 SPACE
SPARE 20 1 19 A 20 1 20 SPACE
SPARE 20 1 21 B 22 1 20 SPACE
FCU-W-401 MTR 0.04 15 2 23 C 24 1 20 SPACE
- MTR 0.04 - - 25 A 26 1 20 SPARE
SPACE 20 1 27 B 28 1 20 SPARE
SPACE 20 1 29 C 30 1 20 SPARE
SPACE 20 1 31 A 32 1 20 SPARE
SPACE 20 1 33 B 34 1 20 SPARE
SPACE 20 1 35 C 36 1 20 SPARE
SPACE 20 1 37 A 38 3 50 0.50 COMB 2H3-10F
SPACE 20 1 39 B 40 - - 0.03 COMB -
SPACE 20 1 41 C 42 - - 0.03 COMB -

ESTIMATED MAXIMUM DEMAND (EMD) CALCULATIONS
LOAD SUMMARY: LOAD TYPE CONNECTED NEC DEMAND
LIGHTING LTG 0.0 KVA 0.0 KVA (125%) CONNECTED PHASE LOADING RESIDENT LTG/REC RES 0.0 KVA 0.0 KVA ( 100/35/25 %) PHASE A: 3.84 KVA SMALL APPLIANCE RES 0.0 KVA 0.0 KVA ( 100/35/25 %) PHASE B: 3.03 KVA LARGEST MOTOR MTR 6.3 KVA 7.9 KVA (125%) PHASE C: 0.07 KVA REMAINING MOTORS MTR 0.6 KVA 0.6 KVA (100%)
GEN PURPOSE REC REC 0.0 KVA 0.0 KVA ( 50% > 10KVA)
COMPUTER REC MISC 0.0 KVA 0.0 KVA (100%)
EQUIP/OTHER MISC 0.0 KVA 0.0 KVA (100%) NOTES:

HEATING MISC 0.0 KVA 0.0 KVA (100%)
ELEVATOR ELEV 0.0 KVA 0.0 KVA (100%)
KITCHEN EQPT KITCH 0.0 KVA 0.0 KVA (65%)
TOTALS: 6.9 KVA 8.5 KVA

19.3 AMP 23.6 AMP

PANEL SCHEDULE
PANEL: 4H4-11G LOCATION: ELECTRICAL 405 VOLTAGE: 480 Y/ 277 P: 3 W: 4 AIC RATING: 10K AMP: 225 MLO MCB X MOUNTING: X SURFACE FLUSH
TYPE: EXISTING NEW X STYLE: NEUTRAL: 100% FED FROM: 4D1-3D-B

CIRCUIT DESCRIPTION

LOAD CKT P CIR P CIR P CKT LOAD

CIRCUIT DESCRIPTION
TYPE KVA BKR # H # BKR KVA TYPE
AHU-R01 SUPPLY FAN MTR 8.00 80 3 1 A 2 1 20 SPACE
- MTR 8.00 - - 3 B 4 1 20 SPACE
- MTR 8.00 - - 5 C 6 1 20 SPACE
AHU-R01 RETURN FAN MTR 4.70 50 3 7 A 8 1 20 SPACE
- MTR 4.70 - - 9 B 10 1 20 SPACE
- MTR 4.70 - - 11 C 12 1 20 SPACE
AHU-R02 SUPPLY FAN MTR 4.00 50 3 13 A 14 1 20 SPACE
- MTR 4.00 - - 15 B 16 1 20 SPACE
- MTR 4.00 - - 17 C 18 1 20 SPACE
AHU-R02 RETURN FAN MTR 3.10 40 3 19 A 20 1 20 SPACE
- MTR 3.10 - - 21 B 22 1 20 SPACE
- MTR 3.10 - - 23 C 24 1 20 SPACE
EF-R01 MTR 0.22 15 3 25 A 26 1 20 SPARE
- MTR 0.22 - - 27 B 28 1 20 SPARE
- MTR 0.22 - - 29 C 30 1 20 SPARE
EF-R02 MTR 0.83 15 3 31 A 32 1 20 SPARE
- MTR 0.83 - - 33 B 34 1 20 SPARE
- MTR 0.83 - - 35 C 36 1 20 SPARE
SPACE 20 1 37 A 38 3 50 3.84 COMB 2H4-11G
SPACE 20 1 39 B 40 - - 3.03 COMB -
SPACE 20 1 41 C 42 - - 0.07 COMB -

ESTIMATED MAXIMUM DEMAND (EMD) CALCULATIONS
LOAD SUMMARY: LOAD TYPE CONNECTED NEC DEMAND
LIGHTING LTG 0.0 KVA 0.0 KVA (125%) CONNECTED PHASE LOADING RESIDENT LTG/REC RES 0.0 KVA 0.0 KVA ( 100/35/25 %) PHASE A: 24.69 KVA SMALL APPLIANCE RES 0.0 KVA 0.0 KVA ( 100/35/25 %) PHASE B: 23.88 KVA LARGEST MOTOR MTR 24.0 KVA 30.0 KVA (125%) PHASE C: 20.92 KVA REMAINING MOTORS MTR 45.5 KVA 45.5 KVA (100%)
GEN PURPOSE REC REC 0.0 KVA 0.0 KVA ( 50% > 10KVA)
COMPUTER REC MISC 0.0 KVA 0.0 KVA (100%)
EQUIP/OTHER MISC 0.0 KVA 0.0 KVA (100%) NOTES:

HEATING MISC 0.0 KVA 0.0 KVA (100%)
ELEVATOR ELEV 0.0 KVA 0.0 KVA (100%)
KITCHEN EQPT KITCH 0.0 KVA 0.0 KVA (65%)
TOTALS: 69.5 KVA 75.5 KVA

83.6 AMP 90.8 AMP

SHEET NUMBER

PROJECT NUMBER

SHEET TITLE

SEALS AND SIGNATURES

San Francisco, CA 94102
415.544.7500
pae-engineers.com.com
10/9/2020 10:04:39 AM

PANEL SCHEDULES
3-E8.0.3
Author

SUNNYVALE CIVIC CENTER

ISSUED FOR REV DATE
CONSTRUCTION 27 OCT 2020

ISSUED FOR CONSTRUCTION
DocuSign Envelope ID: CEE12293-E980-4FD8-B43B-95F12CDEFEA2 Attachment 1

Page 58 of 61 ends

PANEL SCHEDULE
PANEL: 4H4-5C LOCATION: ELECTRICAL 408 VOLTS: 480 Y/ 277 P 3 W: 4 AIC RATING: 22K AMP: 400 MLO MCB X MOUNT: X SURFACE FLUSH
TYPE: EXISTING NEW X STYLE: NEUTRAL: 100% FED FROM: 4D1--3D-B

CIRCUIT DESCRIPTION

LOAD CKT P CIR P CIR P CKT LOAD

CIRCUIT DESCRIPTION
TYPE KVA BKR # H # BKR KVA TYPE
AHU-R03 SUPPLY FAN ROOF MTR 8.10 90 3 1 A 2 3 20 1.80 MTR CHWP-R03 - MTR 8.10 - - 3 B 4 - - 1.80 MTR -
- MTR 8.10 - - 5 C 6 - - 1.80 MTR -
AHU-R03 RETURN FAN ROOF MTR 4.10 50 3 7 A 8 3 20 1.80 MTR HWP-R01 - MTR 4.10 - - 9 B 10 - - 1.80 MTR -
- MTR 4.10 - - 11 C 12 - - 1.80 MTR -
AHU-R04 SUPPLY FAN ROOF MTR 4.10 50 3 13 A 14 3 20 1.80 MTR HWP-R02 MTR 4.10 - - 15 B 16 - - 1.80 MTR -
MTR 4.10 - - 17 C 18 - - 1.80 MTR -
AHU-R04 RETURN FAN ROOF MTR 3.10 40 3 19 A 20 3 20 1.80 MTR HWP-R03 MTR 3.10 - - 21 B 22 - - 1.80 MTR -
MTR 3.10 - - 23 C 24 - - 1.80 MTR -
EF-R03, EXHAUST FAN ROOF MTR 0.25 15 3 25 A 26 1 20 SPARE MTR 0.25 - - 27 B 28 1 20 SPARE
MTR 0.25 - - 29 C 30 1 20 SPARE
CHWP-R01 MTR 1.80 20 3 31 A 32 1 20 SPARE
- MTR 1.80 - - 33 B 34 1 20 SPARE
- MTR 1.80 - - 35 C 36 1 20 SPARE
CHWP-R02 MTR 1.80 20 3 37 A 38 3 50 1.65 COMB 2H4-5C
- MTR 1.80 - - 39 B 40 - - 3.78 COMB
- MTR 1.80 - - 41 C 42 - - 4.11 COMB

ESTIMATED MAXIMUM DEMAND (EMD) CALCULATIONS
LOAD SUMMARY: LOAD TYPE: CONNECTED NEC DEMAND
LIGHTING LTG 0.00 KVA 0.00 KVA (125%) CONNECTED PHASE LOADING RESIDENT LTG/RECPT RES 0.00 KVA 0.00 KVA ( 100/35/25 %) PHASE A: 32.10 KVA SMALL APPLIANCE RES 0.00 KVA 0.00 KVA ( 100/35/25 %) PHASE B: 34.23 KVA LARGEST MOTOR 24.30 KVA 30.38 KVA (125%) PHASE C: 34.56 KVA REMAINING MOTORS MTR 76.58 KVA 76.58 KVA (100%)
GEN PURPOSE RECPT REC 0.00 KVA 0.00 KVA ( 50% > 10KVA) COMPUTER RECPT MISC 0.00 KVA 0.00 KVA (100%)
EQUIP/OTHER MISC 0.00 KVA 0.00 KVA (100%) NOTES:

HEATING MISC 0.00 KVA 0.00 KVA (100%) SPARE: 120V SINGLE PHASE BREAKER ELEVATOR ELEV 0.00 KVA 0.00 KVA @ 100%
KITCHEN EQPT KITCH 0.00 KVA 0.00 KVA @ 65%
TOTALS: 100.88 KVA 106.96 KVA
121.34 AMPS 128.65 AMPS

PANEL SCHEDULE
PANEL: 2H4-5C LOCATION: ELECTRICAL 408 VOLTAGE: 480 Y/ 277 P: 3 W: 4 AIC RATING: 10K AMP: 100 MLO X MCB MOUNTING: X SURFACE FLUSH
TYPE: EXISTING NEW X STYLE: NEUTRAL: 100% FED FROM: 4T4-5C-A

CIRCUIT DESCRIPTION

LOAD CKT P CIR P CIR P CKT LOAD

CIRCUIT DESCRIPTION
TYPE KVA BKR # H # BKR KVA TYPE
FCU-E-401 MTR 0.03 15 2 1 A 2 1 20 SPACE
- MTR 0.03 - - 3 B 4 1 20 SPACE
FCU-E-402 MTR 0.04 15 2 5 C 6 1 20 SPACE
- MTR 0.04 - - 7 A 8 1 20 SPACE
CU-R04 MTR 3.00 50 2 9 B 10 1 20 SPACE
- MTR 3.00 - - 11 C 12 1 20 SPACE
RHWP-R-1 MTR 1.20 15 1 13 A 14 1 20 SPACE
TP-104 MTR 0.36 15 1 15 B 16 1 20 SPACE
TP-105 MTR 0.36 15 1 17 C 18 1 20 SPACE
SPACE 20 1 19 A 20 1 20 SPACE
SPACE 20 1 21 B 22 1 20 SPACE
SPACE 20 1 23 C 24 1 20 SPACE
SPACE 20 1 25 A 26 1 20 SPARE
SPACE 20 1 27 B 28 1 20 SPARE
SPACE 20 1 29 C 30 1 20 SPARE
SPACE 20 1 31 A 32 1 20 SPARE
SPACE 20 1 33 B 34 1 20 SPARE
SPACE 20 1 35 C 36 1 20 SPARE
SPACE 20 1 37 A 38 3 50 0.38 COMB 2H3-5D
SPACE 20 1 39 B 40 - - 0.39 COMB -
SPACE 20 1 41 C 42 - - 0.71 COMB -

ESTIMATED MAXIMUM DEMAND (EMD) CALCULATIONS
LOAD SUMMARY: LOAD TYPE CONNECTED NEC DEMAND
LIGHTING LTG 0.0 KVA 0.0 KVA (125%) CONNECTED PHASE LOADING RESIDENT LTG/REC RES 0.0 KVA 0.0 KVA ( 100/35/25 %) PHASE A: 1.65 KVA SMALL APPLIANCE RES 0.0 KVA 0.0 KVA ( 100/35/25 %) PHASE B: 3.78 KVA LARGEST MOTOR MTR 6.0 KVA 7.5 KVA (125%) PHASE C: 4.11 KVA REMAINING MOTORS MTR 3.5 KVA 3.5 KVA (100%)
GEN PURPOSE REC REC 0.0 KVA 0.0 KVA ( 50% > 10KVA)
COMPUTER REC MISC 0.0 KVA 0.0 KVA (100%)
EQUIP/OTHER MISC 0.0 KVA 0.0 KVA (100%) NOTES:

HEATING MISC 0.0 KVA 0.0 KVA (100%)
ELEVATOR ELEV 0.0 KVA 0.0 KVA (100%)
KITCHEN EQPT KITCH 0.0 KVA 0.0 KVA (65%)
TOTALS: 9.5 KVA 11.0 KVA

11.5 AMP 13.3 AMP

PANEL SCHEDULE
PANEL: 2EV0-7F LOCATION: ELECTRICAL (P08) VOLTAGE: 208 Y/ 120 P: 3 W: 4 AIC RATING: 10K AMP: 600 MLO MCB X MOUNTING: X SURFACE FLUSH
TYPE: EXISTING NEW X STYLE: NEUTRAL: 100% FED FROM: 4T0-7F-A

CIRCUIT DESCRIPTION

LOAD CKT P CIR P CIR P CKT LOAD

CIRCUIT DESCRIPTION
TYPE KVA BKR # H # BKR KVA TYPE
EV CHARGING STATION MISC 3.33 40 2 1 A 2 2 40 3.33 MISC EV CHARGING STATION MISC 3.33 3 B 4 3.33 MISC
EV CHARGING STATION MISC 3.33 40 2 5 C 6 - - EV CAPABLE MISC 3.33 7 A 8
EV CHARGING STATION MISC 3.33 40 2 9 B 10 - - EV CAPABLE MISC 3.33 11 C 12
EV CHARGING STATION MISC 3.33 40 2 13 A 14 - - EV CAPABLE MISC 3.33 15 B 16
EV CHARGING STATION MISC 3.33 40 2 17 C 18 - - EV CAPABLE MISC 3.33 19 A 20
EV CHARGING STATION MISC 3.33 40 2 21 B 22 - - EV CAPABLE MISC 3.33 23 C 24
EV CHARGING STATION MISC 3.33 40 2 25 A 26 - - EV CAPABLE MISC 3.33 27 B 28
EV CHARGING STATION MISC 3.33 40 2 29 C 30 - - EV CAPABLE MISC 3.33 31 A 32
EV CHARGING STATION MISC 3.33 40 2 33 B 34 - - EV CAPABLE MISC 3.33 35 C 36
EV CHARGING STATION MISC 3.33 40 2 37 A 38 - - EV CAPABLE MISC 3.33 39 B 40
SPARE 20 1 41 C 42 1 20 SPARE

ESTIMATED MAXIMUM DEMAND (EMD) CALCULATIONS
LOAD SUMMARY: LOAD TYPE CONNECTED NEC DEMAND
EV LIGHTING 0.0 KVA 0.0 KVA (125%) CONNECTED PHASE LOADING RESIDENT LTG/REC RES 0.0 KVA 0.0 KVA ( 100/35/25 %) PHASE A: 26.64 KVA SMALL APPLIANCE RES 0.0 KVA 0.0 KVA ( 100/35/25 %) PHASE B: 26.64 KVA LARGEST MOTOR MTR KVA 0.0 KVA (125%) PHASE C: 19.98 KVA REMAINING MOTORS MTR 0.0 KVA 0.0 KVA (100%)
GEN PURPOSE REC REC 0.0 KVA 0.0 KVA ( 50% > 10KVA)
COMPUTER REC MISC 0.0 KVA 0.0 KVA (100%)
EQUIP/OTHER MISC 73.3 KVA 73.3 KVA (100%) NOTES:

HEATING MISC 0.0 KVA 0.0 KVA (100%)
ELEVATOR ELEV 0.0 KVA 0.0 KVA (100%)
KITCHEN EQPT KITCH 0.0 KVA 0.0 KVA (65%)
TOTALS: 73.3 KVA 73.3 KVA
203.3 AMP 203.3 AMP

PANEL SCHEDULE
PANEL: U2P1-3D LOCATION: MAIN ELECTRICAL ROOM VOLTAGE: 208 Y/ 120 P: 3 W: 4 AIC RATING: 10K AMP: 125 MLO X MCB MOUNTING: X SURFACE FLUSH
TYPE: EXISTING NEW X STYLE: NEUTRAL: 100% FED FROM: U2S1-3D

CIRCUIT DESCRIPTION

LOAD CKT P CIR P CIR P CKT LOAD

CIRCUIT DESCRIPTION
TYPE KVA BKR # H # BKR KVA TYPE
IDF 176 30 2 1 A 2 2 15 0.50 MISC NOVA TRAINING A 152
- - - 3 B 4 - - 0.50 MISC -
IDF 176 MISC 2.50 30 2 5 C 6 2 15 0.50 MISC NOVA TRAINING C 155 - MISC 2.50 - - 7 A 8 - - 0.50 MISC -
IDF 176 30 2 9 B 10 2 15 0.50 MISC NOVA TRAINING B 154
- - - 11 C 12 - - 0.50 MISC -
IDF 176 MISC 2.50 30 2 13 A 14 2 15 0.50 MISC MED CONF 174 - MISC 2.50 - - 15 B 16 - - 0.50 MISC -
MDF 109 30 2 17 C 18 2 30 1.30 MISC IDF 253
- - - 19 A 20 - - 1.30 MISC -
MDF 109 MISC 2.50 30 2 21 B 22 2 30 1.30 MISC IDF 253
- MISC 2.50 - - 23 C 24 - - 1.30 MISC -
MDF 109 30 2 25 A 26 1 20 SPACE
- - - 27 B 28 1 20 SPACE
MDF 109 MISC 2.50 30 2 29 C 30 1 20 SPACE
- MISC 2.50 - - 31 A 32 1 20 SPARE
MDF 109 30 2 33 B 34 1 20 SPARE
- - - 35 C 36 1 20 SPARE
MDF 109 MISC 2.50 20 2 37 A 38 1 20 SPARE
- MISC 2.50 - - 39 B 40 1 20 SPARE
SPARE 20 1 41 C 42 1 20 SPARE

ESTIMATED MAXIMUM DEMAND (EMD) CALCULATIONS
LOAD SUMMARY: LOAD TYPE CONNECTED NEC DEMAND
LIGHTING LTG 0.0 KVA 0.0 KVA (125%) CONNECTED PHASE LOADING RESIDENT LTG/REC RES 0.0 KVA 0.0 KVA ( 100/35/25 %) PHASE A: 12.80 KVA SMALL APPLIANCE RES 0.0 KVA 0.0 KVA ( 100/35/25 %) PHASE B: 10.30 KVA LARGEST MOTOR MTR KVA 0.0 KVA (125%) PHASE C: 11.10 KVA REMAINING MOTORS MTR 0.0 KVA 0.0 KVA (100%)
GEN PURPOSE REC REC 0.0 KVA 0.0 KVA ( 50% > 10KVA)
COMPUTER REC MISC 0.0 KVA 0.0 KVA (100%)
EQUIP/OTHER MISC 34.2 KVA 34.2 KVA (100%) NOTES:

HEATING MISC 0.0 KVA 0.0 KVA (100%)
ELEVATOR ELEV 0.0 KVA 0.0 KVA (100%)
KITCHEN EQPT KITCH 0.0 KVA 0.0 KVA (65%)
TOTALS: 34.2 KVA 34.2 KVA

94.9 AMP 94.9 AMP

PANEL SCHEDULE
PANEL: U2P3-10F LOCATION: ELECTRICAL 333 VOLTAGE: 208 Y/ 120 P: 3 W: 4 AIC RATING: 10K AMP: 125 MLO X MCB MOUNTING: X SURFACE FLUSH
TYPE: EXISTING NEW X STYLE: NEUTRAL: 100% FED FROM: U2S1-3D

CIRCUIT DESCRIPTION

LOAD CKT P CIR P CIR P CKT LOAD

CIRCUIT DESCRIPTION
TYPE KVA BKR # H # BKR KVA TYPE
IDF 334 30 2 1 A 2 1 20 SPACE
- - - 3 B 4 1 20 SPACE
IDF 334 MISC 2.50 30 2 5 C 6 1 20 SPACE
- MISC 2.50 - - 7 A 8 1 20 SPACE
IDF 334 30 2 9 B 10 1 20 SPACE
- - - 11 C 12 1 20 SPACE
IDF 334 MISC 2.50 30 2 13 A 14 1 20 SPACE
- MISC 2.50 - - 15 B 16 1 20 SPACE
SHARED CONF 306 MISC 0.50 15 2 17 C 18 1 20 SPACE
- MISC 0.50 - - 19 A 20 1 20 SPACE
MED CONF 440 MISC 0.50 15 2 21 B 22 1 20 SPACE
- MISC 0.50 - - 23 C 24 1 20 SPACE
MED CONF 340 MISC 2.50 30 2 25 A 26 1 20 SPACE
- MISC 2.50 - - 27 B 28 1 20 SPACE
SPACE 20 1 29 C 30 1 20 SPACE
SPACE 20 1 31 A 32 1 20 SPARE
SPACE 20 1 33 B 34 1 20 SPARE
SPACE 20 1 35 C 36 1 20 SPARE
SPACE 20 1 37 A 38 1 20 SPARE
SPACE 20 1 39 B 40 1 20 SPARE
SPACE 20 1 41 C 42 1 20 SPARE

ESTIMATED MAXIMUM DEMAND (EMD) CALCULATIONS
LOAD SUMMARY: LOAD TYPE CONNECTED NEC DEMAND
LIGHTING LTG 0.0 KVA 0.0 KVA (125%) CONNECTED PHASE LOADING RESIDENT LTG/REC RES 0.0 KVA 0.0 KVA ( 100/35/25 %) PHASE A: 8.00 KVA SMALL APPLIANCE RES 0.0 KVA 0.0 KVA ( 100/35/25 %) PHASE B: 5.50 KVA LARGEST MOTOR MTR KVA 0.0 KVA (125%) PHASE C: 3.50 KVA
REMAINING MOTORS MTR 0.0 KVA 0.0 KVA (100%)
GEN PURPOSE REC REC 0.0 KVA 0.0 KVA ( 50% > 10KVA)
COMPUTER REC MISC 17.0 KVA 17.0 KVA (100%)
EQUIP/OTHER MISC 0.0 KVA 0.0 KVA (100%) NOTES:

HEATING MISC 0.0 KVA 0.0 KVA (100%) SPARE: 120V SINGLE PHASE BREAKER ELEVATOR ELEV 0.0 KVA 0.0 KVA (100%)
KITCHEN EQPT KITCH 0.0 KVA 0.0 KVA (65%)
TOTALS: 17.0 KVA 17.0 KVA

47.2 AMP 47.2 AMP

PANEL SCHEDULE
PANEL: U2P3-5D LOCATION: ELECTRICAL 304 VOLTAGE: 208 Y/ 120 P: 3 W: 4 AIC RATING: 10K AMP: 125 MLO X MCB MOUNTING: X SURFACE FLUSH
TYPE: EXISTING NEW X STYLE: NEUTRAL: 100% FED FROM: U2S1-3D

CIRCUIT DESCRIPTION

LOAD CKT P CIR P CIR P CKT LOAD

CIRCUIT DESCRIPTION
TYPE KVA BKR # H # BKR KVA TYPE
IDF 372 MISC 2.50 30 2 1 A 2 1 20 SPACE
- MISC 2.50 - - 3 B 4 1 20 SPACE
IDF 372 30 2 5 C 6 1 20 SPACE
- - - 7 A 8 1 20 SPACE
MED CONF ROOM 371 MISC 0.50 15 2 9 B 10 1 20 SPACE
MISC 0.50 - - 11 C 12 1 20 SPACE
IDF 463 MISC 2.50 30 2 13 A 14 1 20 SPACE
- MISC 2.50 - - 15 B 16 1 20 SPACE
IDF 463 30 2 17 C 18 1 20 SPACE
- - - 19 A 20 1 20 SPACE
SPACE 20 1 21 B 22 1 20 SPACE
SPACE 20 1 23 C 24 1 20 SPACE
SPACE 20 1 25 A 26 1 20 SPACE
SPACE 20 1 27 B 28 1 20 SPACE
SPACE 20 1 29 C 30 1 20 SPACE
SPACE 20 1 31 A 32 1 20 SPARE
SPACE 20 1 33 B 34 1 20 SPARE
SPACE 20 1 35 C 36 1 20 SPARE
SPACE 20 1 37 A 38 1 20 SPARE
SPACE 20 1 39 B 40 1 20 SPARE
SPACE 20 1 41 C 42 1 20 SPARE

ESTIMATED MAXIMUM DEMAND (EMD) CALCULATIONS
LOAD SUMMARY: LOAD TYPE CONNECTED NEC DEMAND
LIGHTING LTG 0.0 KVA 0.0 KVA (125%) CONNECTED PHASE LOADING RESIDENT LTG/REC RES 0.0 KVA 0.0 KVA ( 100/35/25 %) PHASE A: 5.00 KVA SMALL APPLIANCE RES 0.0 KVA 0.0 KVA ( 100/35/25 %) PHASE B: 5.50 KVA LARGEST MOTOR MTR KVA 0.0 KVA (125%) PHASE C: 0.50 KVA
REMAINING MOTORS MTR 0.0 KVA 0.0 KVA (100%)
GEN PURPOSE REC REC 0.0 KVA 0.0 KVA ( 50% > 10KVA)
COMPUTER REC MISC 11.0 KVA 11.0 KVA (100%)
EQUIP/OTHER MISC 0.0 KVA 0.0 KVA (100%) NOTES:

HEATING MISC 0.0 KVA 0.0 KVA (100%)
ELEVATOR ELEV 0.0 KVA 0.0 KVA (100%)
KITCHEN EQPT KITCH 0.0 KVA 0.0 KVA (65%)
TOTALS: 11.0 KVA 11.0 KVA

30.5 AMP 30.5 AMP

PANEL SCHEDULE
PANEL: U2P1-10G LOCATION: ELELCTRICAL 134 VOLTAGE: 208 Y/ 120 P: 3 W: 4 AIC RATING: 10K AMP: 125 MLO X MCB MOUNTING: X SURFACE FLUSH
TYPE: EXISTING NEW X STYLE: NEUTRAL: 100% FED FROM: U2S1-3D

CIRCUIT DESCRIPTION

LOAD CKT P CIR P CIR P CKT LOAD

CIRCUIT DESCRIPTION
TYPE KVA BKR # H # BKR KVA TYPE
AV CONTROL ROOM 132 20 2 1 A 2 2 20 AV CONTROL ROOM 132 - - - 3 B 4 - - - -
AV CONTROL ROOM 132 MISC 0.70 20 2 5 C 6 2 20 0.70 MISC AV CONTROL ROOM 132 - MISC 0.70 - - 7 A 8 - - 0.70 MISC -
AV CONTROL ROOM 132 20 2 9 B 10 2 20 2.50 MISC IDF 133
- - - 11 C 12 - - 2.50 MISC -
AV CONTROL ROOM 132 MISC 0.70 20 2 13 A 14 2 20 IDF 133 - MISC 0.70 - - 15 B 16 - - -
AV CONTROL ROOM 132 20 2 17 C 18 2 20 2.50 MISC IDF 236 - - - 19 A 20 - - 2.50 MISC
AV CONTROL ROOM 132 MISC 0.70 20 2 21 B 22 2 20 IDF 236 - MISC 0.70 - - 23 C 24 - - - -
AV CONTROL ROOM 132 20 2 25 A 26 2 20 2.50 MISC TRAFFIC CONTROL/TESTING WORKROOM 240 - - - 27 B 28 - - 2.50 MISC
AV CONTROL ROOM 132 MISC 0.70 20 2 29 C 30 1 20 SPARE
- MISC 0.70 - - 31 A 32 1 20 SPARE
AV CONTROL ROOM 132 20 2 33 B 34 1 20 SPARE
- - - 35 C 36 1 20 SPARE
AV CONTROL ROOM 132 MISC 0.70 20 2 37 A 38 1 20 SPARE
- MISC 0.70 - - 39 B 40 1 20 SPARE
SPARE 20 1 41 C 42 1 20 SPARE

ESTIMATED MAXIMUM DEMAND (EMD) CALCULATIONS
LOAD SUMMARY: LOAD TYPE CONNECTED NEC DEMAND
LIGHTING LTG 0.0 KVA 0.0 KVA (125%) CONNECTED PHASE LOADING RESIDENT LTG/REC RES 0.0 KVA 0.0 KVA ( 100/35/25 %) PHASE A: 8.50 KVA SMALL APPLIANCE RES 0.0 KVA 0.0 KVA ( 100/35/25 %) PHASE B: 7.10 KVA LARGEST MOTOR MTR KVA 0.0 KVA (125%) PHASE C: 7.80 KVA
REMAINING MOTORS MTR 0.0 KVA 0.0 KVA (100%)
GEN PURPOSE REC REC 0.0 KVA 0.0 KVA ( 50% > 10KVA)
COMPUTER REC MISC 23.4 KVA 23.4 KVA (100%)
EQUIP/OTHER MISC 0.0 KVA 0.0 KVA (100%) NOTES:

HEATING MISC 0.0 KVA 0.0 KVA (100%)
ELEVATOR ELEV 0.0 KVA 0.0 KVA (100%)
KITCHEN EQPT KITCH 0.0 KVA 0.0 KVA (65%)
TOTALS: 23.4 KVA 23.4 KVA

65.0 AMP 65.0 AMP

PANEL SCHEDULE
PANEL: 4L1-11G LOCATION: ELECTRICAL 134 VOLTAGE: 480 Y/ 277 P: 3 W: 4 AIC RATING: 14K AMP: 225 MLO X MCB MOUNTING: X SURFACE FLUSH
TYPE: EXISTING NEW X STYLE: NEUTRAL: 100% FED FROM: 4L3-10G

CIRCUIT DESCRIPTION

LOAD CKT P CIR P CIR P CKT LOAD

CIRCUIT DESCRIPTION
TYPE KVA BKR # H # BKR KVA TYPE
LTG ROOM 403-405, 420-422, 427-432 LTG 1.07 20 1 1 A 2 1 20 SPACE LTG ROOM 401, 433, 439-448 LTG 0.83 20 1 3 B 4 1 20 SPACE LTG LEVEL 4 LOBBY LTG 1.62 20 1 5 C 6 1 20 SPACE
LTG ROOF WEST LTG 0.33 20 1 7 A 8 1 20 SPACE
SPACE 20 1 9 B 10 1 20 SPACE
SPACE 20 1 11 C 12 1 20 SPACE
SPACE 20 1 13 A 14 1 20 SPACE
SPACE 20 1 15 B 16 1 20 SPACE
SPACE 20 1 17 C 18 1 20 SPACE
SPACE 20 1 19 A 20 1 20 SPACE
SPACE 20 1 21 B 22 1 20 SPACE
SPACE 20 1 23 C 24 1 20 SPACE
SPACE 20 1 25 A 26 1 20 SPARE
SPACE 20 1 27 B 28 1 20 SPARE
SPACE 20 1 29 C 30 1 20 SPARE
SPACE 20 1 31 A 32 1 20 SPARE
SPACE 20 1 33 B 34 1 20 SPARE
SPACE 20 1 35 C 36 1 20 SPARE
SPACE 20 1 37 A 38 3 150 5.28 LTG 4L2-11F
SPACE 20 1 39 B 40 - - 7.02 LTG -
SPACE 20 1 41 C 42 - - 6.38 LTG -

ESTIMATED MAXIMUM DEMAND (EMD) CALCULATIONS
LOAD SUMMARY: LOAD TYPE CONNECTED NEC DEMAND
LIGHTING LTG 22.5 KVA 28.2 KVA (125%) CONNECTED PHASE LOADING RESIDENT LTG/REC RES 0.0 KVA 0.0 KVA ( 100/35/25 %) PHASE A: 6.69 KVA SMALL APPLIANCE RES 0.0 KVA 0.0 KVA ( 100/35/25 %) PHASE B: 7.85 KVA LARGEST MOTOR MTR KVA 0.0 KVA (125%) PHASE C: 8.01 KVA
REMAINING MOTORS MTR 0.0 KVA 0.0 KVA (100%)
GEN PURPOSE REC REC 0.0 KVA 0.0 KVA ( 50% > 10KVA)
COMPUTER REC MISC 0.0 KVA 0.0 KVA (100%)
EQUIP/OTHER MISC 0.0 KVA 0.0 KVA (100%) NOTES:

HEATING MISC 0.0 KVA 0.0 KVA (100%) SPARE: 120V SINGLE PHASE BREAKER ELEVATOR ELEV 0.0 KVA 0.0 KVA (100%)
KITCHEN EQPT KITCH 0.0 KVA 0.0 KVA (65%)
TOTALS: 22.5 KVA 28.2 KVA

27.1 AMP 33.9 AMP

SHEET NUMBER

PROJECT NUMBER

SHEET TITLE

SEALS AND SIGNATURES

San Francisco, CA 94102
415.544.7500
pae-engineers.com.com
10/9/2020 10:04:42 AM

PANEL SCHEDULES
3-E8.0.4
Author

SUNNYVALE CIVIC CENTER
PERMIT REVIEW BACKCHECK #1 1 10 JUL 2020

ISSUED FOR REV DATE
CONSTRUCTION 27 OCT 2020

ISSUED FOR CONSTRUCTION
DocuSign Envelope ID: CEE12293-E980-4FD8-B43B-95F12CDEFEA2 Attachment 1

Page 59 of 61 ends

PANEL SCHEDULE
PANEL: 4L2-11F LOCATION: ELECTRICAL 235 VOLTAGE: 480 Y/ 277 P: 3 W: 4 AIC RATING: 14K AMP: 150 MLO X MCB MOUNTING: X SURFACE FLUSH
TYPE: EXISTING NEW X STYLE: NEUTRAL: 100% FED FROM: 4L1-11G

CIRCUIT DESCRIPTION

LOAD CKT P CIR P CIR P CKT LOAD

CIRCUIT DESCRIPTION
TYPE KVA BKR # H # BKR KVA TYPE
LTG ROOM 206, 222, 240-242 LTG 0.94 20 1 1 A 2 1 20 SPACE LTG ROOM 220-221, 230-245 LTG 1.14 20 1 3 B 4 1 20 SPACE LTG LEVEL 2 LOBBY LTG 1.62 20 1 5 C 6 1 20 SPACE
SPACE 20 1 7 A 8 1 20 SPACE
SPACE 20 1 9 B 10 1 20 SPACE
SPACE 20 1 11 C 12 1 20 SPACE
SPACE 20 1 13 A 14 1 20 SPACE
SPACE 20 1 15 B 16 1 20 SPACE
SPACE 20 1 17 C 18 1 20 SPACE
SPACE 20 1 19 A 20 1 20 SPACE
SPACE 20 1 21 B 22 1 20 SPACE
SPACE 20 1 23 C 24 1 20 SPACE
SPACE 20 1 25 A 26 1 20 SPARE
SPACE 20 1 27 B 28 1 20 SPARE
SPACE 20 1 29 C 30 1 20 SPARE
SPACE 20 1 31 A 32 1 20 SPARE
SPACE 20 1 33 B 34 1 20 SPARE
SPACE 20 1 35 C 36 1 20 SPARE
SPACE 20 1 37 A 38 3 100 4.34 COMB 4L3-10G
SPACE 20 1 39 B 40 - - 5.88 COMB -
SPACE 20 1 41 C 42 - - 4.76 COMB -

ESTIMATED MAXIMUM DEMAND (EMD) CALCULATIONS
LOAD SUMMARY: LOAD TYPE CONNECTED NEC DEMAND
LIGHTING LTG 18.7 KVA 23.4 KVA (125%) CONNECTED PHASE LOADING RESIDENT LTG/REC RES 0.0 KVA 0.0 KVA ( 100/35/25 %) PHASE A: 5.28 KVA SMALL APPLIANCE RES 0.0 KVA 0.0 KVA ( 100/35/25 %) PHASE B: 7.02 KVA LARGEST MOTOR MTR KVA 0.0 KVA (125%) PHASE C: 6.38 KVA
REMAINING MOTORS MTR 0.0 KVA 0.0 KVA (100%)
GEN PURPOSE REC REC 0.0 KVA 0.0 KVA ( 50% > 10KVA)
COMPUTER REC MISC 0.0 KVA 0.0 KVA (100%)
EQUIP/OTHER MISC 0.0 KVA 0.0 KVA (100%) NOTES:

HEATING MISC 0.0 KVA 0.0 KVA (100%)
ELEVATOR ELEV 0.0 KVA 0.0 KVA (100%)
KITCHEN EQPT KITCH 0.0 KVA 0.0 KVA (65%)
TOTALS: 18.7 KVA 23.4 KVA

22.5 AMP 28.1 AMP

PANEL SCHEDULE
PANEL: 4L3-10G LOCATION: ELECTRICAL 333 VOLTAGE: 480 Y/ 277 P: 3 W: 4 AIC RATING: 10K AMP: 100 MLO X MCB MOUNTING: X SURFACE FLUSH
TYPE: EXISTING NEW X STYLE: NEUTRAL: 100% FED FROM: 4L2-11F

CIRCUIT DESCRIPTION

LOAD CKT P CIR P CIR P CKT LOAD

CIRCUIT DESCRIPTION
TYPE KVA BKR # H # BKR KVA TYPE
LTG ROOM 321 LTG 0.86 20 1 1 A 2 1 20 SPACE
LTG ROOM 306, 320, 322, 330-334, 336, 340-348 LTG 1.04 20 1 3 B 4 1 20 SPACE LTG LEVEL 3 LOBBY LTG 1.62 20 1 5 C 6 1 20 SPACE
SPACE 20 1 7 A 8 1 20 SPACE
SPACE 20 1 9 B 10 1 20 SPACE
SPACE 20 1 11 C 12 1 20 SPACE
SPACE 20 1 13 A 14 1 20 SPACE
SPACE 20 1 15 B 16 1 20 SPACE
SPACE 20 1 17 C 18 1 20 SPACE
SPACE 20 1 19 A 20 1 20 SPACE
SPACE 20 1 21 B 22 1 20 SPACE
SPACE 20 1 23 C 24 1 20 SPACE
SPACE 20 1 25 A 26 1 20 SPARE
SPACE 20 1 27 B 28 1 20 SPARE
SPACE 20 1 29 C 30 1 20 SPARE
SPACE 20 1 31 A 32 1 20 SPARE
SPACE 20 1 33 B 34 1 20 SPARE
SPACE 20 1 35 C 36 1 20 SPARE
SPACE 20 1 37 A 38 3 50 3.48 COMB 4L4-11G
SPACE 20 1 39 B 40 - - 4.84 COMB -
SPACE 20 1 41 C 42 - - 3.13 COMB -

ESTIMATED MAXIMUM DEMAND (EMD) CALCULATIONS
LOAD SUMMARY: LOAD TYPE CONNECTED NEC DEMAND
LIGHTING LTG 15.0 KVA 18.7 KVA (125%) CONNECTED PHASE LOADING RESIDENT LTG/REC RES 0.0 KVA 0.0 KVA ( 100/35/25 %) PHASE A: 4.34 KVA SMALL APPLIANCE RES 0.0 KVA 0.0 KVA ( 100/35/25 %) PHASE B: 5.88 KVA LARGEST MOTOR MTR KVA 0.0 KVA (125%) PHASE C: 4.76 KVA
REMAINING MOTORS MTR 0.0 KVA 0.0 KVA (100%)
GEN PURPOSE REC REC 0.0 KVA 0.0 KVA ( 50% > 10KVA)
COMPUTER REC MISC 0.0 KVA 0.0 KVA (100%)
EQUIP/OTHER MISC 0.0 KVA 0.0 KVA (100%) NOTES:

HEATING MISC 0.0 KVA 0.0 KVA (100%) SPARE: 120V SINGLE PHASE BREAKER ELEVATOR ELEV 0.0 KVA 0.0 KVA (100%)
KITCHEN EQPT KITCH 0.0 KVA 0.0 KVA (65%)
TOTALS: 15.0 KVA 18.7 KVA

18.0 AMP 22.5 AMP

PANEL SCHEDULE
PANEL: 4L4-11G LOCATION: ELECTRICAL 405 VOLTAGE: 480 Y/ 277 P: 3 W: 4 AIC RATING: 10K AMP: 50 MLO X MCB MOUNTING: X SURFACE FLUSH
TYPE: EXISTING NEW X STYLE: NEUTRAL: 100% FED FROM: 4L3-10G

CIRCUIT DESCRIPTION

LOAD CKT P CIR P CIR P CKT LOAD

CIRCUIT DESCRIPTION
TYPE KVA BKR # H # BKR KVA TYPE
P1 WEST LTG LTG 1.56 20 1 1 A 2 1 20 SPACE
LTG ROOM 132, 133, 134, 140, 141, 143, 145 LTG 3.22 20 1 3 B 4 1 20 SPACE LTG ROOM 103, 120, 135, 137, 138 LTG 3.13 20 1 5 C 6 1 20 SPACE LTG ROOM 120 LTG 1.92 20 | 7 A 8 1 20 SPACE
LTG LEVEL 1 LOBBY LTG 1.62 30 1 9 B 10 1 20 SPACE
SPACE 20 1 11 C 12 1 20 SPACE
SPACE 20 1 13 A 14 1 20 SPACE
SPACE 20 1 15 B 16 1 20 SPACE
SPACE 20 1 17 C 18 1 20 SPACE
SPACE 20 1 19 A 20 1 20 SPACE
SPACE 20 1 21 B 22 1 20 SPACE
SPACE 20 1 23 C 24 1 20 SPACE
SPACE 20 1 25 A 26 1 20 SPACE
SPACE 20 1 27 B 28 1 20 SPACE
SPACE 20 1 29 C 30 1 20 SPACE
SPACE 20 1 31 A 32 1 20 SPARE
SPACE 20 1 33 B 34 1 20 SPARE
SPACE 20 1 35 C 36 1 20 SPARE
SPACE 20 1 37 A 38 1 20 SPARE
SPACE 20 1 39 B 40 1 20 SPARE
SPACE 20 1 41 C 42 1 20 SPARE

ESTIMATED MAXIMUM DEMAND (EMD) CALCULATIONS
LOAD SUMMARY: LOAD TYPE CONNECTED NEC DEMAND
LIGHTING LTG 11.5 KVA 14.3 KVA (125%) CONNECTED PHASE LOADING RESIDENT LTG/REC RES 0.0 KVA 0.0 KVA ( 100/35/25 %) PHASE A: 3.48 KVA SMALL APPLIANCE RES 0.0 KVA 0.0 KVA ( 100/35/25 %) PHASE B: 4.84 KVA LARGEST MOTOR MTR KVA 0.0 KVA (125%) PHASE C: 3.13 KVA
REMAINING MOTORS MTR 0.0 KVA 0.0 KVA (100%)
GEN PURPOSE REC REC 0.0 KVA 0.0 KVA ( 50% > 10KVA)
COMPUTER REC MISC 0.0 KVA 0.0 KVA (100%)
EQUIP/OTHER MISC 0.0 KVA 0.0 KVA (100%) NOTES:

HEATING MISC 0.0 KVA 0.0 KVA (100%) SPARE: 120V SINGLE PHASE BREAKER ELEVATOR ELEV 0.0 KVA 0.0 KVA (100%)
KITCHEN EQPT KITCH 0.0 KVA 0.0 KVA (65%)
TOTALS: 11.5 KVA 14.3 KVA

13.8 AMP 17.2 AMP

PANEL SCHEDULE
PANEL: 4L2-5D LOCATION: ELECTRICAL 252 VOLTAGE: 480 Y/ 277 P: 3 W: 4 AIC RATING: 35K AMP: 150 MLO X MCB MOUNTING: X SURFACE FLUSH
TYPE: EXISTING NEW X STYLE: NEUTRAL: 100% FED FROM: 4L1-3D

CIRCUIT DESCRIPTION

LOAD CKT P CIR P CIR P CKT LOAD

CIRCUIT DESCRIPTION
TYPE KVA BKR # H # BKR KVA TYPE
LTG ROOM 211-217, 250 ,261 LTG 0.53 20 1 1 A 2 1 20 SPACE LTG ROOM 201-204, 253-256, 262 LTG 1.36 20 1 3 B 4 1 20 SPACE LTG ROOM 257-260 LTG 0.56 20 1 5 C 6 1 20 SPACE
SPACE 20 1 7 A 8 1 20 SPACE
SPACE 20 1 9 B 10 1 20 SPACE
SPACE 20 1 11 C 12 1 20 SPACE
SPACE 20 1 13 A 14 1 20 SPACE
SPACE 20 1 15 B 16 1 20 SPACE
SPACE 20 1 17 C 18 1 20 SPACE
SPACE 20 1 19 A 20 1 20 SPACE
SPACE 20 1 21 B 22 1 20 SPACE
SPACE 20 1 23 C 24 1 20 SPACE
SPACE 20 1 25 A 26 1 20 SPACE
SPACE 20 1 27 B 28 1 20 SPARE
SPACE 20 1 29 C 30 1 20 SPARE
SPACE 20 1 31 A 32 1 20 SPARE
SPACE 20 1 33 B 34 1 20 SPARE
SPACE 20 1 35 C 36 1 20 SPARE
SPACE 20 1 37 A 38 3 100 2.10 COMB 4L3-5D
SPACE 20 1 39 B 40 - - 2.13 COMB -
SPACE 20 1 41 C 42 - - 2.08 COMB -

ESTIMATED MAXIMUM DEMAND (EMD) CALCULATIONS
LOAD SUMMARY: LOAD TYPE CONNECTED NEC DEMAND
LIGHTING LTG 8.8 KVA 11.0 KVA (125%) CONNECTED PHASE LOADING RESIDENT LTG/REC RES 0.0 KVA 0.0 KVA ( 100/35/25 %) PHASE A: 2.63 KVA SMALL APPLIANCE RES 0.0 KVA 0.0 KVA ( 100/35/25 %) PHASE B: 3.49 KVA LARGEST MOTOR MTR KVA 0.0 KVA (125%) PHASE C: 2.64 KVA
REMAINING MOTORS MTR 0.0 KVA 0.0 KVA (100%)
GEN PURPOSE REC REC 0.0 KVA 0.0 KVA ( 50% > 10KVA)
COMPUTER REC MISC 0.0 KVA 0.0 KVA (100%)
EQUIP/OTHER MISC 0.0 KVA 0.0 KVA (100%) NOTES:

HEATING MISC 0.0 KVA 0.0 KVA (100%)
ELEVATOR ELEV 0.0 KVA 0.0 KVA (100%)
KITCHEN EQPT KITCH 0.0 KVA 0.0 KVA (65%)
TOTALS: 8.8 KVA 11.0 KVA

10.5 AMP 13.2 AMP

PANEL SCHEDULE
PANEL: 4L3-5D LOCATION: ELECTRICAL 304 VOLTAGE: 480 Y/ 277 P: 3 W: 4 AIC RATING: 22K AMP: 100 MLO X MCB MOUNTING: X SURFACE FLUSH
TYPE: EXISTING NEW X STYLE: NEUTRAL: 100% FED FROM: 4L2-5D

CIRCUIT DESCRIPTION

LOAD CKT P CIR P CIR P CKT LOAD

CIRCUIT DESCRIPTION
TYPE KVA BKR # H # BKR KVA TYPE
LTG ROOM 302, 350- 355 LTG 0.54 20 1 1 A 2 1 20 SPACE
LTG ROOM 301, 304, 305, 372, 303, 360-361, 311-318 LTG 1.05 20 1 3 B 4 1 20 SPACE LTG ROOM 370-371, 373-377, 380-382 LTG 1.06 20 1 5 C 6 1 20 SPACE SPACE 20 1 7 A 8 1 20 SPACE
SPACE 20 1 9 B 10 1 20 SPACE
SPACE 20 1 11 C 12 1 20 SPACE
SPACE 20 1 13 A 14 1 20 SPACE
SPACE 20 1 15 B 16 1 20 SPACE
SPACE 20 1 17 C 18 1 20 SPACE
SPACE 20 1 19 A 20 1 20 SPACE
SPACE 20 1 21 B 22 1 20 SPACE
SPACE 20 1 23 C 24 1 20 SPACE
SPACE 20 1 25 A 26 1 20 SPARE
SPACE 20 1 27 B 28 1 20 SPARE
SPACE 20 1 29 C 30 1 20 SPARE
SPACE 20 1 31 A 32 1 20 SPARE
SPACE 20 1 33 B 34 1 20 SPARE
SPACE 20 1 35 C 36 1 20 SPARE
SPACE 20 1 37 A 38 3 50 1.56 LTG 4L4-5C
SPACE 20 1 39 B 40 - - 1.08 LTG -
SPACE 20 1 41 C 42 - - 1.03 LTG -

ESTIMATED MAXIMUM DEMAND (EMD) CALCULATIONS
LOAD SUMMARY: LOAD TYPE CONNECTED NEC DEMAND
LIGHTING LTG 6.3 KVA 7.9 KVA (125%) CONNECTED PHASE LOADING RESIDENT LTG/REC RES 0.0 KVA 0.0 KVA ( 100/35/25 %) PHASE A: 2.10 KVA SMALL APPLIANCE RES 0.0 KVA 0.0 KVA ( 100/35/25 %) PHASE B: 2.13 KVA LARGEST MOTOR MTR KVA 0.0 KVA (125%) PHASE C: 2.08 KVA
REMAINING MOTORS MTR 0.0 KVA 0.0 KVA (100%)
GEN PURPOSE REC REC 0.0 KVA 0.0 KVA ( 50% > 10KVA)
COMPUTER REC MISC 0.0 KVA 0.0 KVA (100%)
EQUIP/OTHER MISC 0.0 KVA 0.0 KVA (100%) NOTES:

HEATING MISC 0.0 KVA 0.0 KVA (100%)
ELEVATOR ELEV 0.0 KVA 0.0 KVA (100%)
KITCHEN EQPT KITCH 0.0 KVA 0.0 KVA (65%)
TOTALS: 6.3 KVA 7.9 KVA

7.6 AMP 9.5 AMP

PANEL SCHEDULE
PANEL: 4L4-5C LOCATION: ELECTRICAL 408 VOLTAGE: 480 Y/ 277 P: 3 W: 4 AIC RATING: 14K AMP: 50 MLO X MCB MOUNTING: X SURFACE FLUSH
TYPE: EXISTING NEW X STYLE: NEUTRAL: 100% FED FROM: 4L3-5D

CIRCUIT DESCRIPTION

LOAD CKT P CIR P CIR P CKT LOAD

CIRCUIT DESCRIPTION
TYPE KVA BKR # H # BKR KVA TYPE
LTG ROOM 407, 409, 410-418 LTG 1.14 20 1 1 A 2 1 20 SPACE LTG ROOM 406, 450, 452-455, 461-463 LTG 1.08 20 1 3 B 4 1 20 SPACE LTG ROOM 408, 456-460, 470-481 LTG 1.03 20 1 5 C 6 1 20 SPACE LTG ROOF EAST, PENTHOUSE LTG 0.42 20 1 7 A 8 1 20 SPACE SPACE 20 1 9 B 10 1 20 SPACE
SPACE 20 1 11 C 12 1 20 SPACE
SPACE 20 1 13 A 14 1 20 SPACE
SPACE 20 1 15 B 16 1 20 SPACE
SPACE 20 1 17 C 18 1 20 SPACE
SPACE 20 1 19 A 20 1 20 SPACE
SPACE 20 1 21 B 22 1 20 SPACE
SPACE 20 1 23 C 24 1 20 SPACE
SPACE 20 1 25 A 26 1 20 SPACE
SPACE 20 1 27 B 28 1 20 SPACE
SPACE 20 1 29 C 30 1 20 SPACE
SPACE 20 1 31 A 32 1 20 SPARE
SPACE 20 1 33 B 34 1 20 SPARE
SPACE 20 1 35 C 36 1 20 SPARE
SPACE 20 1 37 A 38 1 20 SPARE
SPACE 20 1 39 B 40 1 20 SPARE
SPACE 20 1 41 C 42 1 20 SPARE

ESTIMATED MAXIMUM DEMAND (EMD) CALCULATIONS
LOAD SUMMARY: LOAD TYPE CONNECTED NEC DEMAND
LIGHTING LTG 3.7 KVA 4.6 KVA (125%) CONNECTED PHASE LOADING RESIDENT LTG/REC RES 0.0 KVA 0.0 KVA ( 100/35/25 %) PHASE A: 1.56 KVA SMALL APPLIANCE RES 0.0 KVA 0.0 KVA ( 100/35/25 %) PHASE B: 1.08 KVA LARGEST MOTOR MTR KVA 0.0 KVA (125%) PHASE C: 1.03 KVA
REMAINING MOTORS MTR 0.0 KVA 0.0 KVA (100%)
GEN PURPOSE REC REC 0.0 KVA 0.0 KVA ( 50% > 10KVA)
COMPUTER REC MISC 0.0 KVA 0.0 KVA (100%)
EQUIP/OTHER MISC 0.0 KVA 0.0 KVA (100%) NOTES:

HEATING MISC 0.0 KVA 0.0 KVA (100%)
ELEVATOR ELEV 0.0 KVA 0.0 KVA (100%)
KITCHEN EQPT KITCH 0.0 KVA 0.0 KVA (65%)
TOTALS: 3.7 KVA 4.6 KVA

4.4 AMP 5.5 AMP

MAIN DISTRIBUTION PANEL
4D1-3D-B LOCATION: MAIN ELECTRICAL ROOM

PANEL CONNECTED LOAD (VA) DEMAND LOAD (VA) REMARKS
4H0-7G 28,653 31,541
2P0-7F 7,560 7,560
2EV0-7F 73,260 73,260
4S1-3D 0 0
2P1-10G 100,980 63,405
2H2-11F 3,800 4,225
ASHP-R01 361,846 452,308
2P3-10F 102,960 70,520
4H4-11G 69,481 75,481
2P4-5C 77,520 57,455
4H4-5C 100884 106959
U2S1-3D 85600 85600
2P2-5D 106340 71385
2P1-2E 76980 51155
E4D1-2D 201866 210676
2H1-2E 4060 2680
4L1-11G 22,545 28,181
CAPACITY: 4000A GROUND:

VOLTAGE: 480/277V MOUNTING:

PHASE: 3 ENCLOSURE:

WIRE: 4 FEED: PG&E
LUGS: CONNECTED KVA: 1,424
BREAKER AIC RATING: 42K CONNECTED AMPS: 1,713
BUS: DEMAND KVA: 1,392
NEUTRAL: DEMAND AMPS: 1,675

PANEL SCHEDULE
PANEL: 4L1-3D LOCATION: MAIN ELECTRICAL ROOM VOLTAGE: 480 Y/ 277 P: 3 W: 4 AIC RATING: 35K AMP: 225 MLO MCB X MOUNTING: X SURFACE FLUSH
TYPE: EXISTING NEW X STYLE: NEUTRAL: 100% FED FROM: 4D1-3D-B

CIRCUIT DESCRIPTION

LOAD CKT P CIR P CIR P CKT LOAD

CIRCUIT DESCRIPTION
TYPE KVA BKR # H # BKR KVA TYPE
P1 EAST LTG LTG 0.43 20 1 1 A 2 1 20 SPACE
LTG ROOM 111-117, 150 LTG 2.56 20 1 3 B 4 1 20 SPACE
LTG ROOM 151-155, 162-164 LTG 2.16 20 1 5 C 6 1 20 SPACE LTG ROOM 160, 161, 165-176, 180, 190-193 LTG 1.26 20 1 7 A 8 1 20 SPACE SPACE 20 1 9 B 10 1 20 SPACE
SPACE 20 1 11 C 12 1 20 SPACE
SPACE 20 1 13 A 14 1 20 SPACE
SPACE 20 1 15 B 16 1 20 SPACE
SPACE 20 1 17 C 18 1 20 SPACE
SPACE 20 1 19 A 20 1 20 SPACE
SPACE 20 1 21 B 22 1 20 SPACE
SPACE 20 1 23 C 24 1 20 SPACE
SPACE 20 1 25 A 26 1 20 SPARE
SPACE 20 1 27 B 28 1 20 SPARE
SPACE 20 1 29 C 30 1 20 SPARE
SPACE 20 1 31 A 32 1 20 SPARE
SPACE 20 1 33 B 34 1 20 SPARE
SPACE 20 1 35 C 36 1 20 SPARE
SPACE 20 1 37 A 38 3 150 2.63 LTG 4L2-5D
SPACE 20 1 39 B 40 - - 3.49 LTG -
SPACE 20 1 41 C 42 - - 2.64 LTG -

ESTIMATED MAXIMUM DEMAND (EMD) CALCULATIONS
LOAD SUMMARY: LOAD TYPE CONNECTED NEC DEMAND
LIGHTING LTG 15.2 KVA 19.0 KVA (125%) CONNECTED PHASE LOADING RESIDENT LTG/REC RES 0.0 KVA 0.0 KVA ( 100/35/25 %) PHASE A: 4.32 KVA SMALL APPLIANCE RES 0.0 KVA 0.0 KVA ( 100/35/25 %) PHASE B: 6.05 KVA LARGEST MOTOR MTR KVA 0.0 KVA (125%) PHASE C: 4.80 KVA
REMAINING MOTORS MTR 0.0 KVA 0.0 KVA (100%)
GEN PURPOSE REC REC 0.0 KVA 0.0 KVA ( 50% > 10KVA)
COMPUTER REC MISC 0.0 KVA 0.0 KVA (100%)
EQUIP/OTHER MISC 0.0 KVA 0.0 KVA (100%) NOTES:

HEATING MISC 0.0 KVA 0.0 KVA (100%)
ELEVATOR ELEV 0.0 KVA 0.0 KVA (100%)
KITCHEN EQPT KITCH 0.0 KVA 0.0 KVA (65%)
TOTALS: 15.2 KVA 19.0 KVA

18.2 AMP 22.8 AMP

PANEL SCHEDULE
PANEL: R2P5-6F LOCATION: PV ELECTRICAL ROOM VOLTAGE: 208 Y/ 120 P: 3 W: 4 AIC RATING: 10K AMP: 60 MLO X MCB MOUNTING: X SURFACE FLUSH
TYPE: EXISTING NEW X STYLE: NEUTRAL: 100% FED FROM: R4T5-6F

CIRCUIT DESCRIPTION

LOAD CKT P CIR P CIR P CKT LOAD

CIRCUIT DESCRIPTION
TYPE KVA BKR # H # BKR KVA TYPE
FCU-R01 MTR 0.35 15 2 1 A 2 1 20 SPACE
- MTR 0.35 - - 3 B 4 1 20 SPACE
ELEVATOR CAB, ELEVATOR CONTROL ROOM 504 MISC 1.00 20 1 5 C 6 1 20 SPACE SPARE 20 1 7 A 8 1 20 SPACE
HOISTWAY RECEPTACLES PASS REC 0.36 20 1 9 B 10 1 20 SPACE HOISTWAY RECEPTACLES PASS REC 0.36 20 1 11 C 12 1 20 SPACE HOISTWAY RECEPTACLES SERVICE REC 0.36 20 1 13 A 14 1 20 SPACE HOT WATER METER MISC 0.18 20 1 15 B 16 1 20 SPACE
COILING GRILLE MISC 0.36 20 1 17 C 18 1 20 SPACE
DOUBLE-INTERLOCK PREACTION CABINET MISC 0.36 20 1 19 A 20 1 20 SPACE NITROGEN GENERATOR MISC 0.36 20 1 21 B 22 1 20 SPACE
JOCKEY PUMP MISC 1.00 20 1 23 C 24 1 20 SPACE
CU-R05 MISC 2.43 35 2 25 A 26 1 20 SPACE
- MISC 2.43 - - 27 B 28 1 20 SPACE
FCU-E-105 MISC 0.05 20 2 29 C 30 1 20 SPACE
SPARE MISC 0.05 - - 31 A 32 1 20 SPARE
SPACE 20 1 33 B 34 1 20 SPARE
SPACE 20 1 35 C 36 1 20 SPARE
SPACE 20 1 37 A 38 1 20 SPARE
SPACE 20 1 39 B 40 1 20 SPARE
SPACE 20 1 41 C 42 1 20 SPARE

ESTIMATED MAXIMUM DEMAND (EMD) CALCULATIONS
LOAD SUMMARY: LOAD TYPE CONNECTED NEC DEMAND
LIGHTING LTG 0.0 KVA 0.0 KVA (125%) CONNECTED PHASE LOADING RESIDENT LTG/REC RES 0.0 KVA 0.0 KVA ( 100/35/25 %) PHASE A: 3.55 KVA SMALL APPLIANCE RES 0.0 KVA 0.0 KVA ( 100/35/25 %) PHASE B: 3.68 KVA LARGEST MOTOR MTR KVA 0.0 KVA (125%) PHASE C: 2.77 KVA
REMAINING MOTORS MTR 0.7 KVA 0.7 KVA (100%)
GEN PURPOSE REC REC 1.1 KVA 1.1 KVA ( 50% > 10KVA)
COMPUTER REC MISC 0.0 KVA 0.0 KVA (100%)
EQUIP/OTHER MISC 3.3 KVA 3.3 KVA (100%) NOTES:

HEATING MISC 5.0 KVA 5.0 KVA (100%)
ELEVATOR ELEV 0.0 KVA 0.0 KVA (100%)
KITCHEN EQPT KITCH 0.0 KVA 0.0 KVA (65%)
TOTALS: 10.0 KVA 10.0 KVA

27.7 AMP 27.7 AMP

SHEET NUMBER

PROJECT NUMBER

SHEET TITLE

SEALS AND SIGNATURES

San Francisco, CA 94102
415.544.7500
pae-engineers.com.com
10/9/2020 10:04:46 AM

PANEL SCHEDULES
3-E8.0.5
Author

SUNNYVALE CIVIC CENTER

ISSUED FOR REV DATE
CONSTRUCTION 27 OCT 2020

ISSUED FOR CONSTRUCTION
DocuSign Envelope ID: CEE12293-E980-4FD8-B43B-95F12CDEFEA2 Attachment 1

Page 60 of 61 ends

GENERAL SERVICE SUMMARY
E4D1-2D LOCATION: EMERGENCY DISTRIBUTION POWER 193

PANEL CONNECTED LOAD (VA) DEMAND LOAD (VA) REMARKS
E4L1-2D 56,037 64,847
R4P5-6F 116,629 116,629

TEMP GEN DOCKING STATION
FIRE PUMP 28,300 28,300

GENERATOR
CAPACITY: 2000A GROUND:

VOLTAGE: 480/277V MOUNTING:

PHASE: 3 ENCLOSURE:

WIRE: 4 FEED: GENERATOR
LUGS: CONNECTED KVA: 201
BREAKER AIC RATING: 35K CONNECTED AMPS: 558
BUS: DEMAND KVA: 210

LEGALLY REQUIRED POWER DISTRIBUTION SUMMARY
R4P5-6F LOCATION: PV ELECTRICAL ROOM 502

PANEL CONNECTED LOAD (VA) DEMAND LOAD (VA) REMARKS
R2P5-6F 9,990 9,990
ELEV 1 28,000 28,000
ELEV 2 28,000 28,000
ELEV 3 31,000 39,000
SF-R01 11,639 11,639
CAPACITY: 400A GROUND:

VOLTAGE: 480/277V MOUNTING:

PHASE: 3 ENCLOSURE:

WIRE: 4 FEED: E4D1-2D
LUGS: CONNECTED KVA: 117
BREAKER AIC RATING: 22K CONNECTED AMPS: 324
BUS: DEMAND KVA: 117
NEUTRAL: DEMAND AMPS: 324

GENERAL SERVICE SUMMARY
4S5-6F-A LOCATION: PV ELEC ROOM 502

PANEL CONNECTED LOAD (VA) DEMAND LOAD (VA) REMARKS
PV-E
PV-F
PV-G
PV-H
CAPACITY: 600A GROUND:

VOLTAGE: 480V/277V MOUNTING: GROUND
PHASE: 3 ENCLOSURE: SURFACE
WIRE: 4 FEED:

LUGS: CONNECTED KVA: 0
BREAKER AIC RATING: 22K CONNECTED AMPS: 0
BUS: DEMAND KVA: 0
NEUTRAL: DEMAND AMPS: 0

GENERAL SERVICE SUMMARY
4S5-6F-A LOCATION: PV ELEC ROOM 502

PANEL CONNECTED LOAD (VA) DEMAND LOAD (VA) REMARKS
PV-A
PV-B
PV-C
PV-D
CAPACITY: 600A GROUND:

VOLTAGE: 480V/277V MOUNTING:

PHASE: 3 ENCLOSURE: SURFACE
WIRE: 4 FEED:

LUGS: CONNECTED KVA: 0
BREAKER AIC RATING: 22K CONNECTED AMPS: 0
BUS: DEMAND KVA: 0
NEUTRAL: DEMAND AMPS: 0

PV ARRAY POWER DISTRIBUTION SUMMARY
4S1-3D LOCATION: MAIN ELECTRICAL ROOM

PANEL CONNECTED LOAD (VA) DEMAND LOAD (VA) REMARKS
4S5-6F-A 0 0
4S5-6F-B 0 0
Bess Inverter
CAPACITY: 1600A GROUND:

VOLTAGE: 208/120V MOUNTING: GROUND
PHASE: 3 ENCLOSURE:

WIRE: 4 FEED:

LUGS: CONNECTED KVA: 0
BREAKER AIC RATING: 35K CONNECTED AMPS: 0
BUS: DEMAND KVA: 0
NEUTRAL: DEMAND AMPS: 0

SHEET NUMBER

PROJECT NUMBER

SHEET TITLE

SEALS AND SIGNATURES

San Francisco, CA 94102
415.544.7500
pae-engineers.com.com
10/9/2020 10:04:50 AM

PANEL SCHEDULES
3-E8.0.6
Author

SUNNYVALE CIVIC CENTER

ISSUED FOR REV DATE
CONSTRUCTION 27 OCT 2020

ISSUED FOR CONSTRUCTION
DocuSign Envelope ID: CEE12293-E980-4FD8-B43B-95F12CDEFEA2 Attachment 1

Page 61 of 61 ends

Sunnyvale City CouncilJune 7, 2022

Sunnyvale City Council
June 7, 2022