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to build the 20-MWAC Odom Solar Farm, situated in Colquitt County in southwest Georgia, and chosen IEA to develop the 25-MWAC Appling Solar Farm in Appling County in

Georgia Power has secured state approval for five utility-scale solar power purchase agreements (PPAs) totaling 1,068 megawatts under its CARES 2023 program. These projects, to be developed by third-party entities, will be located in Mitchell, Coffee, Wilkinson, Jefferson, and Laurens counties. The initiative aims to provide fixed-price daytime power for commercial and industrial clients, with the PPAs expected to be operational by 2028.The utility has also issued a CARES 2025 request for proposals, targeting up to 2,000 megawatts of solar or solar-plus-storage capacity, with bids due in August. This expansion is crucial for meeting the growing energy demands in Georgia's industrial and logistics sectors. The CARES model allows corporate customers to subscribe to renewable energy, while Georgia Power manages system planning. Developers must now focus on interconnection upgrades, securing equipment, and aligning community-benefit plans to ensure project success. How will Georgia Power's CARES 2023 and 2025 programs impact the state's energy landscape? Increased Renewable Energy Capacity: The CARES 2023 and 2025 programs will significantly increase Georgia's renewable energy capacity, contributing to a cleaner energy mix and reducing reliance on fossil fuels. Economic Growth and Job Creation: The development of new solar projects will likely stimulate local economies, creating jobs in construction, maintenance, and operations within the renewable energy sector. Energy Cost Stability: By providing fixed-price daytime power, these programs will offer cost stability for commercial and industrial clients, potentially leading to more predictable energy expenses. Enhanced Energy Security: The addition of solar and solar-plus-storage capacity will enhance energy security by diversifying the energy supply and reducing vulnerability to fuel price fluctuations. Support for Corporate Sustainability Goals: The CARES model allows corporate customers to meet sustainability targets by subscribing to renewable energy, aligning with broader corporate social responsibility initiatives. Infrastructure and Grid Modernization: The need for interconnection upgrades and system planning will drive investments in grid infrastructure, improving overall grid reliability and efficiency. Community Benefits: Developers are encouraged to align projects with community-benefit plans, potentially leading to local investments in education, infrastructure, and other community services. Environmental Impact: The shift towards solar energy will contribute to reduced greenhouse gas emissions, supporting state and national climate goals. Increased Competition and Innovation: The request for proposals under CARES 2025 may encourage competition among developers, fostering innovation and potentially leading to more efficient and cost-effective solar technologies.

Georgia's utility regulators approved a long-term plan that will see Georgia Power drastically expand renewable generation and develop, own and operate up to 80 megawatts of energy storage.   The final 2019 integrated resource plan calls for 2,260 megawatts of new capacity from wind, solar and biomass, which will bring those resources up to 22 percent of the utility's overall fleet capacity. Separately, the Southern Company-owned utility will invest in five hydropower projects while shutting five coal-powered units and all 29 coal ash ponds.   "We are positioning Georgia as a leader in the Southeast in battery energy storage, which is critical to growing and maximizing the value of renewable energy for customers as we increase our renewable generation by 72 percent by 2024," said Allen Reaves, Georgia Power's senior vice president and senior production officer, in a statement.   Indeed, Southeastern states have seen exceedingly little energy storage development so far, although utilities like Duke Energy and Florida Power & Light have announced significant investments for the coming years.   But if the final plan confers on Georgia Power the status of regional leadership, the company's original proposal aspired to something less than that.   When the utility filed its draft proposal in January, it only sought 1,000 megawatts of new renewables. As the Southern Alliance for Clean Energy quipped at the time, "Georgia Power’s new resource plan would have been considered bold nine years ago, but this plan is behind the times."   The regional clean energy advocacy group added that the proposed addition would be less than the renewables approved in the 2016 integrated resource plan, even though solar prices had dropped significantly since then.   The original proposal similarly asked for less storage: 50 megawatts, either standalone or solar-adjacent, "to evaluate the technical and economic performance relative to expectations."    Stakeholder intervention over the last half year succeeded in pushing the targets up to the final outcome.    "Intervenors made a difference through testimony," said Daniel Tait, research and communications manager for the Southeast at utility watchdog Energy and Policy Institute. "With the information that intervenors put forward, their modeling and their testimony, it’s becoming increasingly clear how cost-competitive renewables and increasingly storage are in Georgia."   Battery storage technology, which performs rapid-fire grid services as well as storing renewable power for use during peak hours, has proven appealing to a geographically diverse set of constituents: the solar-heavy California grid, the desert utilities of Arizona, the winter-storm-blown states of the Northeast. The 80-megawatt commitment cues up a new and significant market for the rapidly growing storage industry.   "We are not a nation of red states and blue states — we are a nation of energy storage states," observed Daniel Finn-Foley, an energy storage analyst at Wood Mackenzie Power & Renewables.   The agreement stipulates that Georgia Power will pick battery vendors and engineering, procurement and construction services through competitive processes. It will seek regulators' approval on each demonstration project before building it.   Regulated utilities in the Southeast have shown a keen interest in building and owning their own storage. Indeed, competition for regional leadership in the storage arena has heated up, with Duke Energy's commitment to 300 megawatts in the Carolinas by 2033 and FP&L's enormous 409-megawatt project, due online by the end of 2021.   "Eighty megawatts of storage would have made a major headline a few years ago," Finn-Foley noted.   The other major pillar of the long-range plan, energy efficiency, did not spur similarly groundbreaking updates. The utility highlighted a few items in its announcement, including a pilot program to help 500 income-qualified customers save money on their bills. That program is still being finalized.

all the renewable resource credit reports (RECs) will certainly be marketed to Georgia Power as part of Georgia Power's Renewable Energy Development

the renewable resource credit histories (RECs) will certainly be marketed to Georgia Power as part of Georgia Power's Renewable Energy Development

debt financing for its 109-MWp Pineview solar project in Wilcox County, Georgia. The financing package includes a construction-to-term loan, a tax equity

Georgia Power has signed off on five utility-scale solar PPAs totaling roughly 1,068 MW, giving the green light to projects spread across Mitchell, Coffee, Wilkinson, Jefferson, and Laurens counties. The contracts are tied to the utility’s 2022 Integrated Resource Plan and follow its 2023 procurement round, bringing new daytime capacity to a fast-growing Southeast load pocket.  While the approvals originated last week, additional details published today confirm the combined capacity surpasses 1 GW. The projects—developed by independent power producers—will deliver fixed-price solar that hedges fuel costs, with options for future storage pairing to push energy into evening peaks and provide frequency support. Expect single-axis trackers and bifacial modules, plus plant-level controls for voltage and curtailment response tailored to Georgia’s distribution networks.   For ratepayers, the PPA model keeps capital off the utility’s balance sheet while locking in predictable costs. For developers, alignment with the IRP framework boosts bankability and streamlines approvals. The next milestones—interconnection studies and transformer reservations—will determine whether the assets can enter service on their targeted timelines, especially given supply headwinds on grid equipment nationwide.

2019 that it had entered into a 30-year power acquisition agreement (PPA) with Georgia Power, a capitalist owned public utility that offers greater than 2.6 million

a 13MW project with the US Army at Ft Stewart near Savannah. On top of this, Georgia Power has suggested a pilot distributed energy resource (DER) scheme for 250MW

of Energy to fund its new solar manufacturing facility in Cartersville, Georgia. This plant represents the first fully integrated silicon-based solar

Georgia Power has kicked off construction of a 200-MW battery energy storage system (BESS), advancing a flagship project in the utility’s broader plan to integrate more solar while safeguarding evening reliability. The multi-hour installation will charge when prices are low—often midday as solar output surges—and discharge into late-day peaks, while providing fast frequency response and voltage support. Technically, expect containerized lithium-ion blocks with redundant thermal management, gas detection, and compartmentalized fire suppression, tied to grid-forming inverters capable of synthetic inertia and ride-through during disturbances. A supervisory controls layer will co-optimize energy arbitrage with ancillary services and maintain state of charge to ensure the system is ready for high-value events. Siting near a strong substation enables staged commissioning, so portions of the plant can enter service while build-out continues. For customers, the benefits are straightforward: fewer price spikes, reduced reliance on peaker plants, and a more resilient grid during heatwaves and storms. For the state, large batteries make better use of every installed megawatt of solar—cutting curtailment on bright days and shifting energy into the evening when air-conditioning and industrial loads peak. Construction will follow the now-standard community playbook: traffic management, acoustic treatments, landscaping to soften views, and emergency coordination with local fire services. Post-COD, rigorous O&M—thermal scanning, cell balancing, and firmware updates—will underpin availability and safety over the asset’s life. As the Southeast adds utility-scale renewables and electrification gathers pace, strategically placed batteries are becoming essential infrastructure. Georgia Power’s 200-MW project is a cornerstone in that shift: a compact, dispatchable resource that stabilizes the system in seconds and supports clean energy around the clock.

keep the solar plants. Green Power EMC, which provides renewable energy for 38 Georgia electric membership corporations (EMCs), will acquire the generated electrical

Baseload Renewables. The other day, the company revealed its tie-up with Georgia Power, a subsidiary of Southern Company, among the US' most significant energy

of the companions' portfolio to 560 MW AC of new eco-friendly generation in Georgia. " In 2018, Meta, Morgan Stanley, and also Walton EMC collaborated to make a

to provide renewable energy to Meta's information centre in Newton County, Georgia. Walton EMC as well as Silicon Ranch have actually currently finished the