Grid-Connected Microgrid Cuts Campus Emissions by 99.3%
A grid-connected PV-Wind microgrid at a Bangladeshi university reduces net lifecycle emissions by 99.3% through integrated techno-economic and lifecycle assessment.
A grid-connected PV-Wind microgrid at a Bangladeshi university reduces net lifecycle emissions by 99.3% through integrated techno-economic and lifecycle assessment.
A lyrebird-inspired optimiser tunes a hybrid ANFIS and fractional-order controller that cut a solar inverter's harmonic distortion from 8.59 percent ...
A systematic review evaluates techno-economic optimization of solar-wind-battery hybrid systems to power off-grid agricultural cold storage in developing regions.
A hybrid bee-colony and genetic algorithm with physics-informed neural network screening plans electricity dispatch in wind-, solar-, and electric-vehicle-rich grids ...
A simulation and OPAL-RT real-time study found that enhanced third-order generalized integrator control supported bidirectional charging and discharging in a ...
A Shiraz factory-scale simulation found that power-to-hydrogen reduced unused renewable electricity from 37.1% to 9.36% while producing 3,869 kilograms of ...
An integrated decision-based optimization framework combining HOMER Pro techno-economic optimization with multi-criteria evaluation selects optimal hybrid renewable energy configurations for ...
A new GIS-based framework in Saudi Arabia's Al-Qassim region maps where solar, wind, and hybrid renewable energy zones align or ...
© 2026 Scienmag - Science Magazine
© 2026 Scienmag - Science Magazine