Georgia Power Launched Robins Battery Facility
The 128-megawatt energy storage site will enhance grid reliability and flexibility for the state.
Updated on Sept. 20, 2026 in Utilities
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Georgia Power has officially launched commercial operations at its new 128-megawatt battery storage facility near Warner Robins. The system is designed to capture renewable energy and can deliver power to the grid for up to four hours.
Why it matters
This facility bolsters grid reliability by storing electricity during low demand for use during peak periods. It represents a key component of Georgia Power's ongoing strategy to integrate more flexible energy solutions into its infrastructure.
The Robins Battery Facility provides 128 megawatts of energy storage capacity. This project follows the completion of 579.5 megawatts of battery storage across Cherokee and Lowndes counties.
The players
Georgia Power
This major electrical utility provides power to millions of customers across the state of Georgia.
Burns & McDonnell
This company is a prominent engineering, procurement, and construction firm that manages large-scale infrastructure projects.
Public Service Commission
This state regulatory body oversees the operations and resource planning of public utilities in Georgia.
The details
Engineered by Burns & McDonnell, the facility functions by pairing battery storage with the existing Robins Solar Facility. The project was developed under the utility's 2023 Integrated Resource Plan update to modernize state energy capacity.
Timeline
2023: The battery storage projects were approved as part of an IRP update.
September 20, 2026: The utility announced the facility has begun commercial operations.
Market Landscape
The deployment of utility-scale storage signals a shift toward balancing traditional generation with renewable assets. This move positions Georgia Power to meet the 3,000-megawatt storage capacity target set by state regulators.
The addition of this storage capacity helps ensure more reliable power delivery for residential and commercial customers during peak demand. Consumers may experience fewer grid-related disruptions as the utility expands its flexible energy reserves.
The takeaway
Large-scale battery systems provide a vital buffer for the electrical grid by smoothing out the supply of renewable energy. Homeowners and businesses can expect grid managers to continue prioritizing these storage projects to maintain stable electricity delivery.
Further reading
Learn more about the state's energy infrastructure by visiting our Utilities section.
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Should utility companies prioritize local battery storage projects to improve grid reliability in your area?
