Energy production system using a wind-gravity motor

Abstract

The energy production system using a wind-gravity motor transforms atmospheric pressure, the force of gravity, and air buoyancy into mechanical energy. Unlike water-powered mills, which only take advantage of the weight or kinetic energy of the water, the Wind-Gravity Power Production System is designed to take advantage of both the weight of the water, generated by gravity, and the buoyancy of the air, and thus move a carousel, transmitting much more force to a means of generating electrical energy. Other past inventions aimed to achieve the same thing, but their operation based on the injection or blowing of air makes them completely inefficient. Unlike other inventions, the wind-gravity motor energy production system does not compress and inject air into the water, but rather sucks the air into specific chambers, maintaining its original pressure and releasing it underwater with minimal effort. Two key innovations are the suction-releasers (100), which allow large volumes of air to be released into a mass of water with very low energy consumption, and the tubular structure (300), which forms an aerial pipe in the water through which the water-filled gondolas descend with hardly any resistance. Unlike other renewable energy sources, the wind-gravity motor energy production system is independent of weather conditions, reduces environmental impact, and can be located close to consumption points, such as cities or industries.