A report by Prayas and the All India Discoms Association outlines a roadmap for Indian electricity distribution companies to enhance demand forecasting. Current methods are inadequate due to evolving consumption patterns. The recommended three-stage framework incorporates broad company-level analysis, geographic feeder assessments, and consumer-level insights, utilizing existing data to improve efficiency and planning.

A study from Oak Ridge National Laboratory reveals that how grid-scale battery energy storage systems are operated affects their aging and performance. Researchers developed a high-performance computing framework to simulate battery degradation, showing that operating conditions and system design influence battery health. This could improve BESS durability and cost-effectiveness, paving the way for advanced energy storage solutions.

Drax power station was the UK's largest carbon emitter in 2025, releasing 14.1 million tonnes of CO2e, four times more than Pembroke. Despite this, it received £999 million in public subsidies. Over 99% of its biomass was imported. New subsidy plans starting in 2027 may reduce emissions, but Drax will likely remain the top emitter until 2030.

Scientists at Fraunhofer ISE have created a photovoltaic-electrolysis module that efficiently produces green hydrogen from sunlight. By directly connecting solar cells to electrolysis cells, energy losses are minimized. Achieving up to 31.3% conversion efficiency, this promising technology still needs further development and investment for commercialization, potentially transforming renewable hydrogen production.