Tag: solar energy

A two-week outdoor field evaluation in South Korea revealed that a modular rear-mounted liquid photovoltaic-thermal system delivered an average electrical ...

A new study shows that engineering surface defects in Ru-Ceria catalysts enhances methane dry reforming efficiency under photo-thermal conditions by ...

A survey of U.S. landowners reveals that over eighty percent would be more likely to support local solar installations if ...

Researchers have developed an improved optimization framework that systematically tunes fuzzy photovoltaic controllers to maintain efficient solar energy harvesting across ...

A simulation study demonstrates that an off-grid solar and battery microgrid using a centralized direct current bus could reliably meet ...

A new analysis of 2024 survey data from 1,192 Cameroonian households finds that grid access lowers the probability of residential ...

A three-stage maximum power point tracking framework paired with an improved JAYA algorithm tracked the global power point of partially ...

A new study proposes a standardised auditing framework that benchmarks utility-scale solar farms on economic viability, carbon mitigation, water use, ...

An 80-day field experiment in Kampala found that shading a 40 W monocrystalline panel with paper caused larger electrical losses ...

A GIS and AHP-based study identifies 1,155.25 square kilometers of northern Iran as suitable for hybrid solar-geothermal power plants, with ...

A case study of Algona, Iowa, shows how co-created exploratory scenarios helped a small rural community weigh four renewable energy ...

An international case study of 15 conflicts around Enel Group renewable projects finds that corporate sustainability narratives are being used ...

A new quantitative study finds Iran ranks second globally in gas reserves and third in production, yet faces a widening ...

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 ...

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 ...

Researchers have developed an enhanced gazelle optimization algorithm with a self-adaptive step size that achieves exact, repeatable maximum power point ...

A Nature Energy study projects that EU solar and wind targets through 2050 will generate unprecedented demand for copper, zinc, ...