System and method for storing, disseminating, and utilizing energy in the form of gas compression and expansion including thermo-dynamic battery

A system for storing energy and generating electrical power comprising:

• a plurality of compressed gas storage devices for storing compressed gas at different pressure levels to create substantially equal pressure differentials between compressed gas storage devices and for controllably compressing and releasing said gas;
• a tank member substantially containing said plurality of compressed gas storage devices;
• means for controlling charging with compressed gas of said plurality of compressed gas storage devices;
• at least one Electricity Pressure Mutual Converter capable of generating electricity resulting from receiving a flow of gas and capable of compressing gas resulting from supply of electrical power;
• said plurality of compressed gas storage devices being connectable to said at least one Electricity Pressure Mutual Converter such that said compressed gas storage devices supply and receive gas flow from gas released and compressed there from to said at least one Electricity Pressure Mutual Converter thereby resulting to store and generate electrical power;
• control means for controlling release of compressed gas and compressing gas;
• heat exchange means exchanging heat between Motor-Generator and gas;
• and load sensor means for sensing load in connection with release of compressed gas, said control means for controlling release of compressed gas being connected with said load sensor means such that for smaller loads gas flow is diminished and for higher loads gas flow is increased.