Solar power generation is used in many countries and the technology is very mature, but the power generation efficiency is not high. A team began to study two years ago. If the sunlight is concentrated together, will the efficiency be much improved? To be precise, its not that the efficiency has improved but that more light hits the solar panels. After two years of research by the team, the solar power generation system introduced below was born: It looks like an astronomical telescope. The upper part is a large spherical lens, and the back of the lens is a solar power generation panel. The system has a ray tracing function that can follow the suns rays and is at least 35% more efficient than ordinary solar power generation systems. Each system can also be used in combination, for example: nine lenses with nine power generation panels, suitable for high power needs. What’s even cooler is that this system can generate electricity on cloudy days and moonlit nights. In the map below, the red areas are very suitable for power generation, the earthy areas are generally suitable, and the gray areas are not suitable for power generation. Using this spherical lens system, almost the entire earth can generate solar power.
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