Today’s renewable energy news includes announcements from MEC Energy, Nexus Renewables, Chung-Ang, and others.
MEC Energy to Develop 500-MWp Solar and 2.5-GW BESS Portfolio for CleanCap
MEC Energy will develop a large-scale 500-MWp solar and 2.5-GW battery energy storage (BESS) portfolio for CleanCap, signaling major investment in integrated renewable and storage infrastructure. The multi-project pipeline combines utility-scale solar PV with grid-scale batteries to deliver flexible, dispatchable clean power. The partnership highlights innovation in solar-plus-storage development, designed to improve grid reliability, manage peak demand, and accelerate renewable integration. Customers and power markets are expected to benefit from stable, low-carbon electricity and enhanced energy flexibility. The portfolio supports long-term energy transition and decarbonization goals while strengthening both companies’ growth strategies. It also reflects rising demand for hybrid renewable assets that pair generation with storage to maximize value and performance.
Nexus Renewables Announces Board Appointment and Leadership Transition
Nexus Renewables has announced a new board appointment and a leadership transition to strengthen its governance and strategic direction in the renewable energy sector. The changes aim to support the company’s growth initiatives and ongoing investment in clean energy projects. The newly appointed board member brings extensive experience in renewable energy development, finance, and sustainability, enhancing Nexus Renewables’ ability to scale operations and deliver customer-focused clean power solutions. The leadership transition reflects the company’s commitment to effective corporate governance, innovation, and operational excellence, ensuring continued progress in its renewable energy portfolio. The move positions Nexus Renewables for future growth, enabling it to advance solar, wind, and energy storage projects across key markets.
Chung-Ang University Scientists Generate Electricity Using Tesla-Turbine-Inspired Structure
Researchers at Chung-Ang University have developed a novel Tesla-turbine-inspired structure capable of generating electricity with high efficiency, marking an innovative advancement in renewable energy technology. The design uses a bladeless turbine concept to convert fluid flow into electrical energy, offering potential applications in micro-generation, industrial waste heat recovery, and sustainable power systems. The breakthrough highlights innovation in energy conversion and clean power research, providing a scalable, low-maintenance alternative to conventional turbines. The technology could deliver customer and environmental benefits, including cost-effective electricity generation, reduced emissions, and flexible deployment across industries. This development reinforces the role of cutting-edge engineering and research in accelerating the global energy transition and decarbonization efforts.
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