HB 2330
In CommitteeHouse
State campus district energy
Establishing a prioritization process for capital funding for state campus district energy systems.
This status may be delayed. See Action History below for the latest updates.
How does a bill become law?
- Introduced: The bill is filed and assigned a number.
- Committee: A subject-matter committee holds hearings, takes public testimony, and decides whether to advance the bill.
- Floor Vote: The full chamber (House or Senate) debates and votes on the bill.
- Opposite Chamber: The bill repeats the committee and floor vote process in the other chamber.
- Governor: The Governor reviews the bill and decides whether to sign or veto it.
- Signed: The bill has been signed into law.
AI Analysis
This bill creates a formal process for prioritizing and recommending capital funding for decarbonization projects at state campus district energy systems. It establishes a new committee to evaluate and rank projects based on environmental, financial, and operational criteria, and requires agencies to align their funding requests with the committee’s recommendations.
- Establishes a new campus energy upgrades committee within the department of commerce to score and rank capital decarbonization projects for state campus district energy systems.
- Requires the committee to develop a project scoring and ranking process by December 30, 2026, using criteria such as greenhouse gas reductions, cost savings, project readiness, leveraged funding, and alignment with local climate plans.
- Mandates that the committee submit a prioritized list of recommended projects to the legislature by November 15 of each even-numbered year, starting in 2028, to guide capital budget decisions.
- Requires the governor’s capital budget document to include a statement showing how any requested funding for campus district energy systems aligns with the committee’s recommendations.
- Creates a process for agencies to submit decarbonization plans and for the committee to retain previously ranked but unfunded projects on future lists unless re-evaluated.
- Authorizes the committee to submit supplemental lists of emergent projects for potential funding in supplemental capital budgets.
Who is affected
- State agencies with campus district energy systems — State agencies that operate or manage campus district energy systems (e.g., universities, hospitals, correctional facilities) must submit decarbonization plans and have their capital project requests scored and ranked by the new committee before receiving funding.
- Members of the campus energy upgrades committee — The new committee will evaluate and prioritize decarbonization projects, requiring members with expertise in energy systems, environmental justice, and public-private partnerships.
- Private clean energy developers and contractors — Private companies and developers may gain new opportunities to partner with the state through public-private partnerships or energy-as-a-service contracts to fund or build decarbonization infrastructure.
- Construction and clean energy workforce — Workers in construction, engineering, and related trades may benefit from increased project activity and potential job creation, especially if projects prioritize local workforce development.
- Local communities near state campuses — Residents and businesses near state campuses may benefit from reduced emissions, lower energy costs, improved grid reliability, and enhanced emergency resilience from upgraded district energy systems.
Pro/Con Analysis
Stronger case for benefits
Potential Benefits (5)
The bill mandates greenhouse gas reduction, climate resilience, and grid reliability as core scoring criteria, and requires environmental justice expertise on the committee—ensuring that decarbonization projects are evaluated not just for cost but for equity, air quality, and climate resilience, directly benefiting communities most burdened by pollution and extreme weather.
EnvironmentPeopleRef: Sec. 2(2)(b), (f), (g); Sec. 3(3)(d), (l), (m), (n)By prioritizing public-private partnerships, energy-as-a-service, and leveraged nonstate funding, the bill creates new market opportunities for clean energy developers and contractors—especially those with experience in complex infrastructure—and includes labor representation on the committee to help ensure workforce standards, supporting local clean energy jobs.
Business & EmploymentPeopleRef: Sec. 2(2)(f), (g); Sec. 3(3)(f), (g), (j); Sec. 4(2)(a)(ii)The requirement to score projects by operating cost savings, avoided capital maintenance, and project readiness creates long-term budget predictability for agencies and reduces risk of cost overruns—benefiting state and local governments by aligning capital planning with actual lifecycle savings, not just upfront costs.
FinancialPeopleRef: Sec. 3(3)(a), (b), (c), (d); Sec. 4(2)(a)(i)The explicit inclusion of emergency preparedness, disaster resilience, and electric reliability as scoring criteria means upgraded district energy systems can serve as backup power sources during grid outages—enhancing community safety, especially in wildfire- or flood-prone regions.
Public SafetyPeopleRef: Sec. 3(3)(l), (m), (n); Sec. 4(2)(a)(i)(C)By weighting projects that reduce energy costs for surrounding residences and businesses—and by allowing cooling infrastructure upgrades—the bill can lower utility bills for low- and middle-income households near campus districts, especially during heat waves, while improving housing comfort and health.
HousingPeopleRef: Sec. 3(3)(g), (h), (i); Sec. 4(2)(a)(i)(B)
Potential Concerns (5)
The bill creates a new state-level prioritization process that may increase administrative burden and compliance costs for state agencies and their contractors, particularly for agencies without dedicated energy or sustainability staff; while the bill does not directly impose costs on private firms, the requirement to submit detailed project data and align with committee scoring may increase the complexity and cost of proposal development for public-private partnerships and energy-as-a-service contracts.
Business & EmploymentPeopleRef: Sec. 2(2)(a), (b), (c), (d), (e), (f), (g), (h), (i); Sec. 3(3)(a)-(o)The scoring criteria heavily emphasize cost savings and leveraged nonstate funding, which may disadvantage projects in underserved or rural areas where upfront capital is scarce and private investment is less likely—potentially leading to a concentration of funded projects in high-income or well-connected regions, even if other criteria (e.g., emissions equity, resilience) are equally weighted.
FinancialPeopleRef: Sec. 3(3)(a), (b); Sec. 4(2)(a)(i)While the bill requires alignment with local climate plans and considers geographic balance, it does not mandate that local governments have formal input into the scoring process or give them veto power over projects affecting their jurisdictions—potentially leading to top-down project selection that conflicts with local land-use priorities or community preferences.
Local GovernmentLean peopleRef: Sec. 3(3)(j), (k), (l), (m), (n), (o); Sec. 4(2)(a)(ii)The emphasis on cost savings and financial metrics may deprioritize emergency resilience or disaster preparedness projects—even if they are critical for community safety—unless they also demonstrate strong financial returns, potentially weakening long-term public safety infrastructure in high-risk areas.
Public SafetyLean peopleRef: Sec. 3(3)(a), (b); Sec. 4(2)(a)(i)The bill does not require agencies to prioritize projects at public K–12 schools or community colleges—even though they are part of the campus district energy system definition—and may instead favor larger, more technically complex university or hospital systems, limiting spillover benefits for K–12 students and staff.
EducationLean peopleRef: Sec. 4(2)(a)(ii)
Who Is Most Affected
State agencies (e.g., universities, hospitals, DOC) will benefit from a more predictable and transparent funding process for decarbonization projects, but may face increased administrative burden to submit detailed project plans and justify alignment with committee criteria. Overall positive impact due to long-term cost savings and compliance certainty.
Private clean energy developers and contractors will benefit from new opportunities to partner with the state via public-private partnerships and energy-as-a-service contracts, especially those with experience in thermal energy networks and grid-integrated infrastructure. Mixed impact for small firms if门槛 for complex project financing remains high.
Workers in construction, engineering, and related trades stand to benefit from increased project activity and job creation, especially if labor representation on the committee successfully advocates for local hiring and prevailing wage requirements. Positive impact, but contingent on project scale and implementation speed.
Local communities near state campuses—especially those in environmental justice areas—will benefit from reduced emissions, lower energy bills, improved grid reliability, and emergency resilience. However, benefits may be uneven if scoring favors high-income areas with stronger private investment potential.
The new committee members—particularly those with environmental justice, labor, and utility backgrounds—will have influence over project prioritization, but their non-compensated service and limited terms may constrain long-term advocacy capacity. Mixed impact: high influence but limited institutional power.