Review maps AI roles in renewable-energy modeling and transition pathways
A systems-oriented review reports that AI is applied across solar, hydropower and wind systems, with deep learning prominent in forecasting ...
A systems-oriented review reports that AI is applied across solar, hydropower and wind systems, with deep learning prominent in forecasting ...
A new control framework for solar-integrated EV charging stations combines fuzzy logic, Kalman filtering, and predictive control to achieve high ...
A fine molecular engineering strategy for non-fullerene acceptors delivers 19.67% power conversion efficiency with record-low energy loss and exceptional photostability ...
A new density functional theory study compares single, mixed, and multi-doping strategies in ZnO, identifying co-dopant combinations like Al–Mg and ...
Indonesia's plan to expand solar power across its vast tropical archipelago has always faced an awkward meteorological truth: the wettest ...
A survey of 80 farming households in Rajshahi district reveals that energy costs make up 75 percent of irrigation expenses, ...
A first-of-its-kind dataset of state-based wind and solar permitting across 19 states shows 90 percent approval rates and average timelines ...
A first-of-its-kind dataset of locally-permitted wind and solar projects in Massachusetts finds permitting takes an average of 250 days and ...
Research from the 2025 Pan African City Symposium links decentralized solar power, waste-to-energy, flood resilience, and housing reform into a ...
University of Surrey researchers have developed a low-toxicity ethanol-based solvent system that yields efficient, stable perovskite solar modules suitable for ...
© 2025 Scienmag - Science Magazine
© 2025 Scienmag - Science Magazine