[Unidade da Aohai Tech investirá ¥570M em base de P&D e produção]

Georgia Power has completed construction of the 49.5 MW / 198 MWh Moody Battery Facility located outside Valdosta, Georgia. The project adds to the utility’s growing battery storage portfolio as it manages increasing solar penetration on its system and addresses peak demand requirements. The four-hour duration configuration aligns with Georgia Power’s resource planning and IRP objectives, which emphasize storage as a cost-effective alternative to peaker plants. Completion of the Moody facility demonstrates the utility’s execution capability in delivering regulated storage assets and provides operational experience that will inform future procurement rounds. The project will participate in Georgia Power’s resource adequacy and ancillary service markets.

Veolia has been selected to operate and maintain a 350 MW microgrid powering an AI data center campus in New Albany, Ohio, which includes a 430 MWh battery energy storage system. The project highlights the convergence of AI-driven data center load growth and behind-the-meter / front-of-meter storage deployment. As hyperscalers seek reliable, low-carbon power for AI training and inference workloads, integrated microgrids with large-scale BESS are emerging as a preferred solution. Veolia’s selection as O&M provider reflects the growing need for specialized asset management expertise in complex hybrid systems. The project also illustrates how AIDC-related demand is becoming a tangible driver for U.S. storage deployment beyond traditional renewable pairing applications.

Quinbrook Infrastructure Partners has submitted a 520 MW standalone battery energy storage system in the Australian Capital Territory (ACT) for assessment under the federal Environment Protection and Biodiversity Conservation (EPBC) Act. The submission represents a major regulatory milestone for what could become one of the largest standalone BESS assets in the ACT. The project is designed to support the ACT’s 100% renewable electricity target by providing firming capacity for intermittent wind and solar generation. EPBC approval is a critical path item for projects of this scale, and the submission indicates advanced development status. If approved, the project would significantly bolster the ACT’s storage fleet and serve as a template for large-scale urban-adjacent BESS deployments.