THERMODYN-AMIC METHOD FOR GENERATING UNDERWATER BUOYANCY ENERGY OF AMONATOMIC GAS EXCEEDING THE ENERGY FOR UNDERWATER EXISTENCE OF THE GAS AND AN ENERGY GENERATING SYSTEM UTILIZING THE ABOVE METHOD

摘要

Based on the fact that the adiabatic compressed gas formed according to the adiabatic compression of the set monotonous gas is released into the water of the effective water pressure adapted to the pressure, and the buoyancy energy generated in the process of rising to the surface as an underwater buoyant gas exceeds the adiabatic compression energy. So, water storage tank; A rotating device for generating mechanical energy exceeding the adiabatic compression energy by rotating by the buoyancy force of the buoyancy gas accommodated in a set number of chambers of the same standard that can accommodate the buoyancy gas along the circumference of the circular shape; a compressor for adiabatic compression of the monogas; a gas discharging device that receives the adiabatic compressed gas from the compressor and functions to discharge the adiabatic compressed gas into the water of an effective water pressure without any particular restrictions; a recovery space serving as a movement path of the mono-gas to be re-supplied to the compressor and reused so that the mono-gas that reaches the water surface and is emitted to the space above the water surface according to the rotation of the rotating device; and the power generation facility for generating electricity by transmitting the rotational power of the rotary device to the power generation facility through the rotary shaft of the rotary device is interconnected and built in a house-type spatial structure to form an energy generation system.