The Central Valley faces devastating water shortages exacerbated by climate change. At the same time, California requires massive solar energy deployment to meet its climate goals. The Valley Clean Infrastructure Plan is an ambitious plan to build out solar energy capacity across the Central Valley in what would be an economic lifeline for the region’s farmers and, if fully built out, the largest solar energy project in the world.
Golden State Clean Energy aims to turn a large swath of struggling farmland in western Fresno County into a large solar panel installation. The Valley Clean Infrastructure Plan (VCIP) would repurpose up to 136,000 acres of salty, waterlogged agricultural land into more than 20,000 megawatts of solar energy, capable of producing enough electricity to meet up to 15% of California’s needs. The project would also help push California toward its Senate Bill 100 mandate, which requires the state to reach 100% clean electricity by 2045. A single project the size of VCIP could make a meaningful dent in that goal.
Chief Operating Officer of Golden State Clean Energy Patrick Mealoy says VCIP alone could cover 10-15% of California's electricity needs– enough to power roughly nine million homes. The project would also cut electricity-related carbon dioxide emissions by 15%. The project’s new transmission line would carry clean power throughout Northern California, reducing the region’s reliance on natural gas, and would ease one of the grid’s worst congestion points between Northern and Southern California. Because the existing farmland is degraded by salt buildup and drainage problems, VCIP frames itself as putting failing land to better use, including optimizing scarce water supplies and cutting dust pollution. The project will also create roughly 6,000 construction jobs and 1,2000 permanent operations jobs. And for family farms sitting on the impaired ground, VCIP offers long-term lease income while keeping the land in the family’s name.
The scale of VCIP makes it a hard sell. Projects this size can spend years in development waiting for energy grid interconnection studies and environmental permitting. Fallow fields can serve as habitat for species that have adapted to the Central Valley, so large solar buildouts still face scrutiny over their ecological impact. And converting farmland to energy infrastructure at this scale raises questions about who holds the water rights tied to that land once it’s no longer farmed, and what happens to the site itself decades from now when the panels are eventually decommissioned.
Mealoy sees VCIP as making the best of land that has few other viable uses. This ground is already failing as productive farmland, in a district that’s already fighting drainage and salinity problems. In his view, the choice is between using this land to generate clean power or leaving it fallow, generating no return for the farmers who own it.
Patrick Mealoy is the Chief Operating Officer of Golden State Clean Energy, the developer behind the Valley Clean Infrastructure Plan.
A transcript of this episode can be found at https://climatebreak.org/building-large-scale-solar-infrastructure-with-patrick-mealoy/
Ethan: I’m Ethan Elkind, and you’re listening to Climate Break– climate solutions in a hurry. Today’s proposal? Building a massive solar, battery, and transmission hub in California’s San Joaquin Valley. We spoke to Patrick Mealoy, Chief Operating Officer of Golden State Clean Energy.
Mr. Mealoy: We have entitled and collected 136,000 acres of land that would, at full build-out, support up to 21,000 megawatts of solar generation, and the plan is to add a megawatt of batteries for every megawatt of solar. At full build-out, we can supply somewhere between 10 and 15% of the electricity requirements for California.
Ethan: This project, called the Valley Clean Infrastructure Plan, or VCIP, will convert thousands of acres of fallowed farmland in Central California into a clean energy installation by 2030. Mealoy says that generating solar power at this scale could significantly shrink California's carbon footprint.
Mr. Mealoy: The Plan would lead to a 15% reduction in electric generation CO2 emissions in California. That's about 60 million metric tons of CO2 being removed from the atmosphere over a 20-year period.
Ethan: Mealoy says the project could also fix California’s grid bottlenecks, specifically by reducing costly transmission line congestion.
Mr. Mealoy: Congestion on the transmission system between Southern and Northern California is increasing costs to all California ratepayers by $1.5 to $2.1 billion annually. VCIP is located on that key pinch point, and by us containing both generation and transmission, we’re gonna be able to alleviate a significant amount of congestion.
Ethan: To learn more about the Valley Clean Infrastructure Plan, visit climatebreak.org.