SOUTHWEST ATLANTA ENERGY STORAGE 250 Megawatts of Energy Storage in Fulton County, Georgia. For decades, NextEra Energy Resources' subsidiaries have been helping fuel America's economic growth and quality of life and moving our nation toward energy independence. To date, we have invested more than $ Contact online >>
SOUTHWEST ATLANTA ENERGY STORAGE 250 Megawatts of Energy Storage in Fulton County, Georgia. For decades, NextEra Energy Resources'' subsidiaries have been helping fuel America''s economic growth and quality of life and moving our nation toward energy independence. To date, we have invested more than $851.3 million in Georgia, including Cool
Georgia Power is taking a significant step towards modernizing its energy infrastructure by introducing 500 megawatts (MW) of new Battery Energy Storage Systems (BESS). This development, authorized by the Georgia Public Service Commission (PSC) as part of the company''s 2023 Integrated Resource Plan (IRP) Update, marks a significant
Battery storage systems provide fast frequency response, ensuring that the grid remains stable and supporting the continued addition of clean, renewable intermittent energy. They can also help utilities manage peak demand periods more efficiently – reducing the need for more expensive options during times of high energy demand.
To rid the use of fossil fuels and meet its decarbonizing energy goals, Georgia Power is adding Battery Energy Storage Systems (BESS) to its clean energy portfolio. BESS creates more flexibility with energy usage from demand fluctuations and adds more capacity to the energy system.
Advances in energy storage technology have the potential to positively affect the energy distribution and transmission systems (smart grid), our energy consumption (electric vehicles), make electricity more reliable and available, and improve power grid efficiency.
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The Southwest Atlanta Energy Storage project represents an investment in the community and grid stability for Georgia.
Map is representative of project location but is not to scale and the icon does not indicate actual project boundaries.
For decades, NextEra Energy Resources'' subsidiaries have been helping fuel America''s economic growth and quality of life and moving our nation toward energy independence. To date, we have invested more than $851.3 million in Georgia, including Cool Springs Storage project. This project uses batteries to store energy and make it available when it''s most needed, improving the reliability and efficiency of the electric grid.
Features of the Southwest Atlanta Energy Storage project:
Battery energy storage projects provide reliable access to energy, while preserving clean air and water. They can also generate significant economic benefits for the communities that host them.
The Southwest Atlanta Energy Storage project will create local employment opportunities, including up to 50 jobs to construct the project.
The Project provides approximately $60 million* in additional revenue for Fulton County, money that can enhance local roads, schools and services.
See how you can be a part of the Southwest Atlanta Energy Storage project.
*Estimated over first 30 years of the project. All figures are estimated and subject to change.
The selected sites will utilize existing infrastructure, which helps to reduce development costs and accelerate deployment. Notable projects include Robins BESS (128 MW) in Bibb County and Moody BESS (49.5 MW) in Lowndes County, both of which leverage nearby Air Force Bases to share solar generation infrastructure, minimizing the need for new substations and interconnections.
Additionally, the Hammond BESS project (57.5 MW) in Floyd County will be located on the former Plant Hammond coal-fired power plant site, utilizing existing transmission capacity. This strategic reuse of sites not only cuts costs but also reduces the implementation timeline.
These storage systems will bolster grid resilience by storing surplus energy from renewable sources and re-injecting it when demand spikes. The projects also benefit from the Inflation Reduction Act tax incentives, lowering development costs and customer tariffs.
In parallel, Georgia Power continues progress on other storage projects, including the near-completion Mossy Branch Battery Facility (65 MW) and the McGrau Ford Phase I BESS project (265 MW), expected to be operational by 2026.
Georgia Power remains committed to enhancing grid reliability and optimizing operational costs through strategic energy storage investments.
Source:energynews.pro
The ENVELOPE team: (l-r) Ph.D. student Aeree Cho (Interactive Computing), Interactive Computing Professor Polo Chau, ECE Professor Santiago Grijalva, ISyE Professor Santanu Dey, Ph.D. student Jorge Fernandez (ECE), and Ph.D. student Xiangxin An (ISyE).
With the increasing influx of renewable energy sources like solar and wind into the power grid, the infrastructure of the future must efficiently handle their variability, while keeping costs low and operational risks minimal.
Professor Santiago Grijalva''s Energy Variability and Electricity Optimization Using Stochastic Operational Envelopes (ENVELOPE) project, now backed by a $3 million grant from the U.S. Department of Energy (DOE), is poised to take the next big leap in addressing this challenge.
ENVELOPE, funded under the DOE''s OPTIMA program and developed in collaboration with Siemens Energy, Inc., aims to revolutionize the way large-scale electricity systems are managed and optimized.
"Utility companies decide hour by hour which power plants need to be online and how much they should produce to collectively meet the electricity demand," Grijalva said. "The surge of renewable energy on the grid is less predictable, so we need to have a mechanism to capture that uncertainty in optimal scheduling decisions."
To do this, the project looks to implement the first system for large-scale resource scheduling that uses stochastic decentralized optimization methods. This means that instead of relying on a single, centralized system to make all the decisions, the ENVELOPE platform will use a network of smaller, interconnected computing agents that work together. These agents take into account risk to make decisions, which helps them better handle the unpredictability of renewable energy sources.
Grijalva, a Southern Company Distinguished Professor in the School of Electrical and Computer Engineering (ECE), is leading the project with the help of Professor Santanu Dey from the H. Milton Stewart School of Industrial and Systems Engineering (ISyE), who is aiding in the design of new distributed algorithms with performance guarantees.
The ENVELOPE team during a group meeting. The team looks to decentralized optimization methods to enhancing grid reliability.
One of the most innovative aspects of ENVELOPE is its use of artificial intelligence (AI). By running numerous simulations, the AI component learns to schedule resources optimally, minimizing costs and reducing the time required to find solutions.
"The practical benefits of ENVELOPE are significant," said Grijalva. "By optimizing resource scheduling, the platform can reduce electricity costs for consumers while enhancing the reliability and resilience of the grid and minimize risk."
Additionally, by maximizing the production of renewable energy, ENVELOPE contributes to reducing greenhouse gas emissions, supporting a more sustainable energy future, according to Grijalva
Looking forward, the project will undergo integration, testing, and demonstration using large-scale, realistic solutions within a real Energy Management System (EMS) environment. This process aims to achieve a high level of technological readiness, ensuring the system is robust and effective in real-world applications.
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