Senate Concurrent Resolution 25 is a symbolic measure that expresses California’s support for fusion energy research and the state’s fusion ecosystem. It acknowledges recent scientific milestones at San Diego’s magnetic fusion tokamak and Livermore’s inertial confinement program, commends the University of California’s creation of the Pacific CREST Fusion organization, and endorses efforts to build a domestic fusion supply chain and workforce.
Although it creates no legal obligations or funding streams, the resolution signals state policy support and a concrete siting ambition — the goal of placing a first‑of‑a‑kind fusion pilot plant in California in the 2040s — which could influence federal partners, investors, universities, and local planning around future pilot projects.
At a Glance
What It Does
SCR 25 adopts a nonbinding position that celebrates California’s public and private fusion activities, applauds specific research achievements, recognizes fusion’s potential to address climate and security goals, and supports building the workforce and supply chain needed to aim for a fusion pilot plant in the 2040s.
Who It Affects
The resolution is most relevant to private fusion companies (California hosts roughly one‑third of U.S. firms), national laboratories and public research facilities in California, University of California campuses and allied academic programs, state energy and permitting agencies, and private supply‑chain firms that manufacture critical components such as superconducting magnets.
Why It Matters
By aligning state-level public support with federal planning (DOE strategies, NRC draft rule) and UC‑led coordination (Pacific CREST), the resolution could strengthen California’s competitive case for hosting federal‑industry demonstration projects, attract investment and workforce development resources, and shape early siting and permitting conversations — despite being nonbinding.
More articles like this one.
A weekly email with all the latest developments on this topic.
What This Bill Actually Does
SCR 25 is a ceremonial but targeted statement of support for the fusion energy ecosystem based in California. It compiles factual findings — job counts, investment totals, and recent lab milestones — and uses them to justify the state’s endorsement of further development, public‑private coordination, and the goal of hosting a pilot plant in the 2040s.
The resolution does not appropriate funds, change regulatory authority, or create new permitting processes.
The text highlights concrete scientific milestones: a San Diego tokamak campaign in 2023–24 that combined high density and high confinement, and the Lawrence Livermore National Laboratory’s controlled ignition milestone first achieved in December 2022 and reportedly repeated with higher yields multiple times. It also points to California’s role in supplying major components for ITER and enumerates the state’s academic, industrial, and workforce assets that proponents say make California a logical place for demonstration activity.SCR 25 situates the state’s endorsement in a broader federal policy context.
The measure references an anticipated Nuclear Regulatory Commission framework that treats fusion differently than fission, the Department of Energy’s decadal Fusion Energy Strategy, a DOE Request for Information on a public‑private consortium, and state law (AB 1172) directing the Energy Commission to include fusion in the 2027 Integrated Energy Policy Report. The resolution explicitly commends the University of California’s establishment of a UC‑led nonprofit (Pacific CREST Fusion) formed to coordinate regional research, education, and industry collaboration.Practically speaking, the resolution functions as a political and policy signal: it may sharpen California’s pitch for federal or private demonstration investments, encourage universities and companies to coordinate around workforce and supply‑chain initiatives, and put siting for a pilot plant on the state’s strategic agenda.
It leaves open the substantive questions of funding, regulatory approvals, environmental review, and who will carry implementation costs.
The Five Things You Need to Know
SCR 25 is a nonbinding concurrent resolution that expresses state support for fusion research and development but creates no regulatory duties or funding commitments.
The resolution singles out a San Diego tokamak campaign (2023–24) for achieving high density and high confinement simultaneously — a key scientific milestone for magnetic fusion.
It notes that Lawrence Livermore National Laboratory achieved controlled fusion ignition in December 2022 and has repeated ignition with higher yields at least five times.
The text references an expected Nuclear Regulatory Commission draft rule (anticipated March 2025 in the resolution) that would regulate fusion under a different framework than fission facilities.
SCR 25 sets an aspirational policy goal of siting a first‑of‑a‑kind fusion pilot plant in California by the 2040s and endorses building the associated workforce and supply chain.
Section-by-Section Breakdown
Every bill we cover gets an analysis of its key sections.
Energy context and climate goals
These opening clauses frame fusion within global energy demand and California’s legally codified climate objectives, citing the state’s 100 percent clean electricity goal and the governor’s grid planning. Practically, this orients the resolution’s endorsement of fusion as part of California’s broader decarbonization strategy rather than as an isolated technology pitch.
Scientific advances and regulatory context
This section documents technical milestones — the San Diego tokamak campaign and Livermore ignition results — and flags the Nuclear Regulatory Commission’s anticipated separate regulatory approach for fusion. Including the regulatory reference signals awareness that deployment will run in parallel with evolving federal oversight and that California’s ambitions depend partly on national rulemaking.
California’s ecosystem: jobs, industry, academics, and international links
These clauses enumerate California’s assets: more than 20,000 fusion R&D jobs, one‑third of U.S. private fusion firms, multiple UC campuses with programs, and supplier roles for ITER (notably the central solenoid). Listing such specifics creates a factual foundation for arguing that California has the industrial base and talent to support demonstration projects and large‑scale supply‑chain activity.
Federal strategies and state coordination
SCR 25 cites federal planning documents — the DOE’s Fusion Energy Strategy and an RFI about a Fusion Energy Public‑Private Consortium — as well as state law (AB 1172) requiring the Energy Commission to study fusion in the 2027 Integrated Energy Policy Report. This links the resolution to existing planning processes and suggests that California intends to be an active participant in federal‑state‑industry coordination.
Pacific CREST Fusion and UC leadership
The resolution records the University of California Office of the President’s January 22, 2025 vote to establish Pacific CREST Fusion as a UC‑led nonprofit. By formally commending that decision, the state signals support for UC as a convening institution for public‑private collaboration, workforce development, and potential site selection processes.
State endorsement and pilot plant objective
The operative language affirms state support for growing the fusion ecosystem, developing workforce and supply chains, and sets an aspirational target to site a first‑of‑a‑kind fusion pilot plant in California by the 2040s. Because the measure is a concurrent resolution, these are expressions of policy intent rather than directives that compel agencies to act or spend money.
This bill is one of many.
Codify tracks hundreds of bills on Energy across all five countries.
Explore Energy in Codify Search →Who Benefits and Who Bears the Cost
Every bill creates winners and losers. Here's who stands to gain and who bears the cost.
Who Benefits
- California private fusion companies — the resolution raises the state’s profile as a commercialization hub, which can help attract venture capital, federal demonstration partnerships, and supplier contracts.
- University of California campuses and affiliated research labs — public endorsement strengthens UC’s coordinating role (Pacific CREST) and can support grant proposals, partnerships, and workforce programs.
- Supply‑chain manufacturers (e.g., superconducting magnet and specialized materials firms) — listing California’s supplier role for projects like ITER signals future demand for large components that these firms can compete to provide.
- Workforce and training programs — the stated emphasis on building a future workforce creates an opportunity for community colleges, vocational programs, and university curricula to expand and capture new funding and students.
- Local governments and economic development agencies — the resolution legitimizes siting conversations and can be used to justify local incentives, land‑use planning, and outreach to potential facility proponents.
Who Bears the Cost
- State agencies and regulators (Energy Commission, permitting authorities) — although the resolution is symbolic, it ties into AB 1172 and may increase expectations that agencies will analyze, coordinate, and plan for fusion integration, requiring staff time and potentially new rulemaking.
- Local governments and host communities — siting a pilot plant will impose permitting, community engagement, infrastructure upgrades, and public‑safety planning costs on counties and cities where demonstration projects are proposed.
- Ratepayers and taxpayers (potentially) — if state or local entities provide incentives, site preparation funding, or co‑fund federal‑industry proposals, public budgets could be asked to shoulder part of early demonstration costs despite no appropriation in this resolution.
- Regulatory bodies (NRC and state counterparts) — the different regulatory posture for fusion still requires development of licensing, inspection, and emergency‑response capacity, which imposes administrative burdens and potential litigation risk during early deployments.
- Private firms — commercial developers carry the technical and financial risk of moving from laboratory demonstrations to pilot‑scale facilities, including capital costs, supply‑chain scaling, and compliance with environmental review (for example, under CEQA).
Key Issues
The Core Tension
The resolution balances two legitimate goals — accelerating fusion commercialization to meet climate and security objectives, and preserving the thorough regulatory, environmental, and fiscal safeguards needed for public trust — but it offers policy cheerleading rather than the concrete funding, regulatory design, or community protections that would be required to reconcile those goals in practice.
SCR 25 is an explicit political signal that stops short of creating legal authority or funding. That makes the resolution useful as a coordination and marketing tool but leaves unanswered who will pay for studies, permitting, site remediation, liability protections, grid upgrades, or direct incentives that a real pilot plant would require.
The bill references federal frameworks (DOE strategy, NRC draft rule) and state planning (AB 1172), but it does not resolve the many implementation details — for example, how California intends to compete for federal consortium dollars, how siting would navigate CEQA, or how long‑term institutional responsibilities would be allocated between state, federal, and private actors.
Technically, the resolution leans on optimistic characterizations of fusion (minimal long‑lived waste, near‑limitless firm energy) that are contested in technical and policy circles; a pilot plant will face difficult choices about fuel cycles, activated materials, tritium handling, and decommissioning. The NRC’s separate fusion framework could speed deployment by tailoring requirements, but it also risks regulatory gaps if states defer too much to a nascent federal approach.
Finally, the 2040s pilot plant timeline is ambitious: it assumes continued rapid technical progress, stable capital markets, coordinated supply chains, and timely permitting. Any one of these elements could delay projects by years or change where a first‑of‑a‑kind facility is ultimately sited.
Try it yourself.
Ask a question in plain English, or pick a topic below. Results in seconds.