Today’s renewable energy news includes announcements on Eurowind Energy, Exus Renewables, TransnetBW, and others.
Eurowind Energy Begins Installation of 120 MWh Battery Storage Project in Romania
Eurowind Energy has started installing a 120 MWh battery energy storage system (BESS) in Romania, advancing grid flexibility and renewable energy integration in the region. The project marks a significant step in strengthening Romania’s power infrastructure as wind and solar capacity continue to expand. The 120 MWh BESS will provide key ancillary services, including frequency regulation, load balancing, and peak shaving, helping stabilize the electricity network and manage intermittent renewable generation. Large-scale battery storage is becoming essential to support Eastern Europe’s accelerating energy transition. The installation milestone reinforces Eurowind Energy’s commitment to expanding its European energy storage portfolio and highlights growing investment in utility-scale BESS projects to enable a more resilient, low-carbon power system.
Exus Renewables North America Acquires Ozone Renewables to Strengthen Greenfield Development
Exus Renewables North America has acquired Ozone Renewables, expanding its in-house greenfield renewable energy development capabilities. The strategic acquisition enhances Exus’ ability to originate, develop, and advance utility-scale solar, wind, and energy storage projects across key North American markets. By integrating Ozone Renewables’ development expertise, Exus aims to accelerate project pipelines from early-stage site identification through permitting and grid interconnection. The move supports the company’s growth strategy amid rising demand for clean energy infrastructure and large-scale renewable deployment in the US and Canada. The acquisition underscores continued consolidation in the renewable energy sector, positioning Exus Renewables North America to scale its portfolio and strengthen its role in advancing the region’s energy transition and decarbonization goals.
TransnetBW Deploys Prisma Photonics to Test AI-Driven Dynamic Line Rating Technology
German transmission system operator TransnetBW has implemented Prisma Photonics’ AI-powered dynamic line rating (DLR) technology across three power circuits to enhance grid efficiency and capacity. The pilot project will evaluate how real-time monitoring and artificial intelligence can optimize transmission line performance. Dynamic line rating technology uses advanced sensing and AI analytics to assess actual grid conditions, including temperature and load, enabling operators to safely increase transmission capacity when conditions allow. This approach can unlock additional grid capacity without costly infrastructure expansion. The initiative supports Germany’s renewable energy integration goals by improving grid flexibility and reliability. The collaboration highlights growing adoption of AI-driven solutions to modernize power transmission networks and accelerate the energy transition.
FAHEEMA P
