🧪 Energy Advanced Solar Space Simulation

This simulation models solar energy collection in space, where the sun's intensity is higher and there's no atmospheric interference. A geostationary solar-power satellite orbits a rotating Earth, its panel tracking the Sun to hold the full 1361 W/m² solar constant, while a ground array at a chosen latitude fights the day/night cycle, atmospheric air mass, and cloud cover for every watt. Live flux bars, a 24-hour energy integral, and an animated microwave power-beam down to a ground rectenna demonstrate exactly how orbital positioning can significantly increase the efficiency of solar power generation compared to terrestrial systems.