Safer Flow Batteries Advance Grid-Scale Storage
Next-generation flow batteries are emerging as a safer and scalable alternative for large-scale energy storage. Designed to enhance grid reliability and complement solar deployment, these systems improve safety profiles, extend cycle life, and offer flexible long-duration storage solutions for renewable-heavy power systems.
Prussian Blue Carbon Electrode Sets Cesium Removal Record
Researchers have developed an innovative Prussian Blue carbon electrode achieving record-breaking cesium removal efficiency. The breakthrough holds promise for clean energy and environmental applications, particularly in radioactive waste management and advanced water purification linked to nuclear and industrial energy ecosystems.
KIER’s 19 kg/Day DAC System Targets Legacy CO₂
Korea Institute of Energy Research (KIER) has unveiled a 19 kg-per-day direct air capture (DAC) system designed to remove legacy carbon dioxide at scale. The modular system advances carbon removal technology, supporting net-zero pathways alongside renewable expansion.
NUS Achieves 26.4% Efficiency in Perovskite-Organic Tandems
Researchers at the National University of Singapore (NUS) have achieved a record 26.4% efficiency in perovskite-organic tandem solar cells using a novel near-infrared absorber. The breakthrough enhances light harvesting and moves tandem PV technology closer to commercial viability.
Future Solar Unveils 5 GW Vertical Integration Vision
Future Solar has outlined a 5 GW vertical integration roadmap aimed at strengthening India’s solar manufacturing ecosystem. The strategy spans cell-to-module integration, boosting domestic capacity, supply chain resilience, and technology-driven production to support national energy transition goals.
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