Alpha Omega Power (AOP), a utility-scale renewable energy developer, owner, and operator, announced the acquisition and financing of the Caballero battery energy storage project. Located in Nipomo, California, the project will have a 100MW / 400MWh capacity. It will provide enough energy to power over 100,000 homes for up to four hours daily during peak demand periods.
AOP’s Battery Storage Project to Boost Clean Energy in California
The Caballero battery storage project is set to deliver energy to over 100,000 homes during peak electricity demand hours. The project will be the first of many utility-scale storage projects in AOP’s pipeline. Once operational, the facility will provide clean energy and help stabilize the California ISO (CAISO) grid.
The system is designed to store energy during off-peak hours and discharge it during periods of high demand. With the growing importance of clean energy, this project contributes to enhancing grid stability and supporting renewable energy integration across California.
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Gridmatic’s AI Technology to Optimize Battery Operations
AOP has partnered with Gridmatic, a leader in power market optimization, to manage the Caballero project. Gridmatic’s AI will optimize the battery’s operations and help minimize risks. The AI-driven platform boosts revenue for storage systems by up to 32%, as per backtesting in Gridmatic’s latest report.
Gridmatic’s technology will handle resource trading, market settlement, and asset performance monitoring. This collaboration ensures that AOP’s Caballero project can generate maximum value while maintaining high efficiency.
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Supporting California’s Clean Energy Transition
David Miller, Chief Commercial Officer at Gridmatic, highlighted the challenge of optimizing battery storage within California’s energy market. “Many of California’s electricity market rules were designed before energy storage was considered as a reliability resource. As a result, it is a challenge for battery owners to achieve the financial results necessary to sustain further investment in the state’s rapidly growing fleet of batteries,” Miller said.
“Our industry-leading forecasting and optimization algorithms can maximize the benefits of battery storage assets while minimizing risk of loss, delivering reliability to the California grid while helping make more assets bankable for owners. We’re excited to put these capabilities to use in supporting Alpha Omega Power as it works to build California’s clean energy future.”