American research labs have developed innovative battery technologies, but few have been commercially manufactured in the US. The deployment of battery storage is expanding the grid's ability to store and deliver electricity, supporting the clean energy transition. The "missing middle" in the commercialization ecosystem hinders the scaling of promising battery technologies. Shared commercialization infrastructure, like the Carolina Institute for Battery Innovation and Georgia Tech's Advanced Battery Center, can bridge the gap between research and commercial production. Developing domestic manufacturing capacity for batteries is crucial for US economic competitiveness in the clean energy sector. The importance of shared commercialization infrastructure in the Southeast's growing battery industry is highlighted, emphasizing the need for consistent manufacturing processes and quality. This shared infrastructure serves as a training ground for professionals and connects organizations across the battery ecosystem, ultimately reducing risks and making promising technologies more attractive to investors and partners, thus strengthening the US battery manufacturing ecosystem.
Tag: Georgia
-
Energy Storage Is Strengthening Reliability. These 5 States Are Leading the Charge.
States like California, Nevada, Illinois, Virginia, Massachusetts, Georgia, and Texas are leading the way in energy storage deployment to meet rising electricity demand, strengthen grid reliability, and deliver affordable power. California has surpassed its energy storage targets with over 21,000 MW of capacity, reducing peak generation demands. Nevada has already exceeded its 2030 energy storage goal, while Illinois is aiming for 3,000 MW by 2030 through the Clean and Reliable Grid Affordability Act. Virginia, Massachusetts, Georgia, and Texas are also expanding energy storage targets and investing in solutions to keep the grid reliable and power affordable for ratepayers. These states serve as examples for policymakers looking to build a more reliable grid through energy storage.
-
A Closed Virginia Gas Station Becomes a Launchpad for Clean Energy Careers
FLIPP, Inc., founded by Raye Elliott in Buckingham County, Virginia, provides training and support for individuals looking to enter the clean energy industry. Their flagship program, FACER, supported by a U.S. Department of Labor grant, serves formerly incarcerated individuals, veterans, women, rural residents, and people of color, addressing barriers such as transportation and child care. FLIPP offers a $1,600 stipend and operates initiatives like CREED and Trades Workforce Development Program to prepare workers and assist small employers in hiring and retaining them. With a focus on making training accessible to rural workers, FLIPP extends its reach beyond Buckingham County to regions like Charlottesville, Norfolk, Maryland, Pennsylvania, and Georgia, emphasizing the importance of building a clean energy economy and empowering individuals in communities undergoing the transition.
-
EVs Will Come Roaring Back, Rivian Edition
Rivian, a US startup, is making strides in the electric vehicle market by producing premium 100% battery-powered vehicles and announcing more affordable models to cater to a new wave of EV buyers. Their partnership with ChargeScape allows their EVs to serve as grid energy storage units, providing easier access to utility-based savings plans. With the expanding EV charging infrastructure and mainstreaming of vehicle-to-grid technology, Rivian's large battery capacity makes their EVs valuable assets for utilities. Despite potential changes in Georgia's electrification movement post-election, Rivian is moving forward with plans to build a new factory in Georgia with federal support, positioning themselves as key players in the climate solutions space.
https://cleantechnica.com/2026/06/16/rivian-evs-us-plans-v2g-discounts-new-factory-georgia/
-
Largest Solar Cell Factory In USA Starts Production in Georgia
Qcells has opened a new solar cell manufacturing facility in Cartersville, Georgia, adding 3.3 GW of ingot, wafer, cell, and 3.5 GW of module capacity, making it the first U.S. factory to produce all major parts of a solar PV module under one roof. The company will benefit from tax credits and subsidies from the Biden administration, creating thousands of skilled manufacturing jobs and meeting the growing demand for domestically produced solar equipment. The thriving solar power industry in the United States, with Qcells expected to create nearly 4,000 direct jobs, can now power around 80 million homes. CleanTechnica provides in-depth analyses and summaries on clean energy topics, offering tips, advertising, and guest suggestions for those interested in climate solutions.
https://cleantechnica.com/2026/06/09/largest-solar-cell-factory-in-usa-starts-production-in-georgia/
-
Environmental News Network – Creating an Extension-Driven Vision for Smarter Farming
Luan Oliveira, a researcher in agricultural engineering and precision agriculture, utilizes machines, drones, artificial intelligence, and robots to improve farming operations. His work, influenced by his family's farming background in Brazil, directly supports Georgia's agriculture industry. Oliveira's passion for machinery and agriculture led him to focus on utilizing robotic equipment in the field to enhance agricultural practices. His research at the University of Georgia highlights the potential for technological advancements to revolutionize farming methods and increase efficiency in the agricultural sector.
https://www.enn.com/articles/77455-creating-an-extension-driven-vision-for-smarter-farming