top of page

Energy Generation & Storage

Renewable Energy Procurement, Solar PV, and Battery Storage Systems

Compliance

Statewide Regulations

100 Percent Clean Energy Act of 2018 (SB 100)
Clean Energy, Jobs, and Affordability Act of 2022 (SB 1020)

  • By 2035, 100% of electricity procured to serve all state agencies must come from renewable energy and zero-carbon resources.

2022 Energy Code: Solar PV and Battery Storage (DSA)
 
  • 2022 California Energy Code Title 24 Part 6 Section 410-10

  • Solar Panels (PV) and companion Battery Storage is required for newly constructed buildings

  • There are some exceptions (most straight forward is building size)

  • California Energy Commission website has Nonresidential Compliance Manual (chapter 9) that is helpful

  • DSA will check projects for general compliance. If solar/battery is required and not included in the initial submittal, the project will be considered incomplete for plan review

Solar PV (DSA)
  • IR N-3 Energy Code Requirements  for Photovoltaic and Battery Storage

    • As of January 1, 2023, California Energy Code requires that PV and battery systems to be installed on all new buildings.

  • PV systems must comply with 2022 CBC

  • DSA developed and published IR 16-8 in 2008 to assist designers in understanding Structural, Fire and Access code requirements as well as DSA submittal process

  • IR 16-8 was updated in 2024 and provides 2022 CBC compliance requirements

  • Existing campus sized solar PV may be used for new construction PV requirements.

  • Requires substantiation of power generation through DSA 1-AMM-PV

Battery Storage (DSA)
  • IR N-3 Energy Code Requirements  for Photovoltaic and Battery Storage

    • As of January 1, 2023, California Energy Code requires that PV and battery systems to be installed on all new buildings.

  • Battery Energy Storage Systems (BESS) must comply with 2022 CBC

  • DSA published IR N-4 early in 2023 to assist designers in understanding Structural and Fire Code requirements as well as DSA submittal requirements. Interpretation of Regulations (IR) N-4: Modular Battery Energy Storage Systems: 2022 CBC and CFC. 

    • This IR clarifies structural and fire and life safety (FLS) design requirements as well as identifying what shall be included in the construction documents. This includes the requirements for flood design, tests, and special inspections, FLS compliance, as well as exceptions that may be used for battery energy storage systems. This IR also clarifies the seismic design or alternative shake table testing requirements of premanufactured modules and the internal components for seismic loading.

    • IR N-4 is for prefabricated BESS that are not on or inside a building

  • Structural Codes - 2022 CBC and ASCE 7-16

  • Fire Life Safety Code – 2022 California Fire Code (CFC 1207)

2026 Benchmark
2030 Build and Institutionalize
2035 Improve and Reassess
  • Benchmark % of energy that comes from Natural Gas

  • Benchmark % of energy that comes from Renewable Energy

  • Reduce Natural Gas usage in buildings by 30% from benchmark 

  • 50% of energy comes from Renewable Energy

  • Reduce Natural Gas usage in buildings by 75% from benchmark

  • 100% of energy comes from Renewable Energy

  1. The CSU will pursue energy procurement and production to reduce energy capacity requirements from fossil fuels, enhance electrical demand flexibility, and promote energy resilience using available economically feasible technology for on-site renewable generation, microgrids, and other fossil fuel-free energy storage solutions. The CSU shall endeavor to increase its self-generated renewable energy and battery capacity from 32 to 80 megawatts (MW) by 2030.

  2. The CSU will consider cost effective opportunities to exceed the State of California and California Public Utilities Commission Renewable Portfolio Standard (RPS) sooner than the established goal of procuring 60 percent of its electricity needs from renewable sources by 2030 consistent with SB 100 (PUC§399.11).

  3. To minimize use of natural gas, campuses will transition from fossil-fuel sourced equipment to electric equipment as replacements or renovations are needed. Any in-kind fossil-fuel sourced equipment will be justified through an analysis which demonstrates why that solution represents the most cost-effective option and what alternatives were analyzed for comparative purposes. The intention of this item shall be limited to no new investment in, or renewal of, natural gas assets or infrastructure as part of campus projects starting July 1, 2035, with the exception of critical academic program needs.

Energy Generation and Storage

Energy Generation and Storage - Programs & Funding 

Loans

Energy Conservation Assistance Act (ECAA)

1% Loans up to $3 Million for Energy Projects

Professional Development

PG&E Energy Education Classes

Workforce education and training.

Tax Credit

Federal Solar Tax Credits for Businesses

There are two tax credits available for businesses, nonprofits, and local and tribal governments that purchase solar energy systems.

Professional Development

SCE Classes

Your Energy Education starts here. In only a few easy steps you can register for our Energy Education Classes online.

Incentives

Self-Generation Incentive Program

Provides financial incentives for installing clean, efficient, on-site distributed generation.

Professional Development

SDG&E Trainings and Education Classes

Free energy efficiency & electrification courses

Energy Generation and Storage - Procurement Agreements

CollegeBuys

Trane

Creates comfortable, energy efficient indoor educational environments through a broad portfolio of HVAC systems and controls, building services, and renewable energy solutions.

CSU MEA

Stronghold Engineering, Inc.

Solar PV: Site License and Power Purchase

CSU MEA

Sunterra

Solar PV: Site License and Power Purchase

CSU MEA

REC Solar Commercial Corporation

Solar PV: Site License and Power Purchase

bottom of page