Governor Gavin Newsom has announced measures to expedite a clean energy initiative in Fresno, which aims to provide power for up to 300,000 homes. The Cornucopia Hybrid Project in Fresno County has been certified by the Governor under legislation designed to accelerate infrastructure development, passed with legislative support in 2023. This certification facilitates a streamlined process for addressing legal challenges that might otherwise delay progress.
“In California, we’re in the ‘how’ business – we’re moving fast to achieve our world-leading clean energy goals. By fast-tracking critical projects like this one in Fresno, we’re creating good-paying jobs, cutting pollution, and building a cleaner, more reliable energy grid to serve Californians for generations,” stated Governor Newsom.
The project is set to deliver 300 megawatts of renewable solar energy along with 300 megawatts of battery storage. This will allow for carbon-free electricity dispatch during peak demand times when renewable generation is typically lower. It supports California’s aim of achieving 90% clean electricity by 2035 and fully clean electricity by 2045.
Economically, the project is expected to generate tax revenue benefiting local schools and infrastructure while also providing construction and long-term operational jobs. Safety remains a priority as the state collaborates on improving safety standards for battery storage systems through regulatory updates such as those anticipated in the California Fire Code this year.
Under SB 7 (2021), eligible clean energy projects can be certified for judicial streamlining under CEQA. The recent extension through SB 149 allows courts up to 270 days to resolve CEQA challenges post-environmental review, reducing potential litigation delays.
Governor Newsom’s administration continues its efforts to accelerate vital infrastructure projects across California through legislative measures aimed at maximizing efficiency and environmental stewardship while utilizing significant state, local, and federal funds projected over the next decade.
