Today’s renewable energy news includes announcements from Grenergy, CGN, Floating Data Center Demo in Yokohama, among others.
Grenergy Buys 2.6 GWh of BYD Batteries for Chilean Energy Storage Projects
Grenergy Renovables has signed a major deal to procure 2.6 GWh of battery storage systems from BYD for its projects in Chile, significantly boosting its energy storage pipeline. The batteries will be deployed across multiple solar-plus-storage developments, enhancing grid flexibility and renewable integration. The large-scale procurement supports Chile’s push to expand battery storage capacity, enabling excess solar energy to be stored and dispatched during peak demand. This helps reduce curtailment and improves system reliability. The agreement highlights growing demand for utility-scale storage solutions in Latin America, reinforcing the role of batteries in accelerating the transition to a resilient, low-carbon energy system.
CGN to Study 100 MW CSP Pilot Project in Brazil
China General Nuclear (CGN) has announced plans to study a 100 MW concentrated solar power (CSP) pilot project in Brazil, marking a potential expansion of advanced solar technologies in Latin America. The project will explore the feasibility of using CSP to deliver stable, dispatchable renewable energy. Unlike traditional solar PV, CSP systems can store thermal energy and generate electricity even when sunlight is unavailable, improving grid reliability. The pilot aligns with Brazil’s efforts to diversify its renewable energy mix and enhance energy security. This initiative highlights growing global interest in innovative solar technologies, positioning CSP as a valuable solution for delivering consistent, low-carbon power.
Japanese Consortium Launches Floating Data Center Demo in Yokohama
A Japanese group has launched a floating data center demonstration project in Yokohama, exploring innovative solutions to improve energy efficiency and sustainability in digital infrastructure. The concept uses seawater for natural cooling, reducing energy consumption compared to traditional land-based facilities. The floating data center is designed to integrate with renewable energy sources, supporting low-carbon operations while addressing the rising power demand of data processing. This approach also helps optimize space usage in densely populated urban areas. The project highlights growing innovation at the intersection of energy and technology, showcasing new ways to build efficient, sustainable digital infrastructure for the future.
FAHEEMA P
