Refrigeration cycle ejector power generator

A refrigeration cycle ejector power generator comprising:

• a condenser;
• an expansion valve;
• an evaporator;
• a compressor;
• an ejector valve;
• a first ejector;
• a second ejector;
• a turbine;
• a plurality of piping or tubing;
• and a controller or computer, wherein,
• said condenser is a containment vessel with a primary entry port, a primary exit port, a secondary exit port, and a heat exchanger, radiator, or coil,
• said expansion valve is a metering valve or throttle valve with an entry port and an exit port,
• said evaporator is a containment vessel with a primary entry port, a primary exit port, a secondary exit port, and a heat exchanger, radiator, or coil,
• said compressor is a containment vessel with a primary entry port, a primary exit port, and a pump,
• said ejector valve is an actuated valve with an entry port and an exit port,
• said first ejector is an ejector with a primary entry port, a high pressure chamber, a secondary entry port, a low pressure chamber, a nozzle, a mixing chamber, a diffuser, and an exit port,
• said second ejector is an ejector with a primary entry port, a high pressure chamber, a secondary entry port, a low pressure chamber, a nozzle, a mixing chamber, a diffuser, and an exit port,
• said turbine is a containment vessel with a fan, a fan shaft, a fan shaft seal, an entry port, and an exit port,
• said fan shaft has a first end and a second end,
• said controller or computer is an integrated circuit with a central processing unit and memory,
• said primary exit port on said condenser is connected by said plurality of piping or tubing to said entry port on said expansion valve,
• said exit port on said expansion valve is connected by said plurality of piping or tubing to said primary entry port on said evaporator,
• said primary exit port on said evaporator is connected by said plurality of piping or tubing to said primary entry port on said compressor,
• said secondary exit port on said evaporator is connected by said plurality of piping or tubing to said secondary entry port on said first ejector,
• said primary exit port on said compressor is connected by said plurality of piping or tubing to said entry port on said ejector valve,
• said exit port on said ejector valve is connected by said plurality of piping or tubing to said primary entry port on said first ejector,
• said exit port on said first ejector is connected by said plurality of piping or tubing to said primary entry port on said second ejector,
• said secondary exit port on said condenser is connected by said plurality of piping or tubing to said secondary entry port on said second ejector,
• said exit port on said second ejector is connected by said plurality of piping or tubing to said entry port on said turbine,
• said fan on said turbine is located within said containment vessel or sealed vessel of said turbine,
• said first end of said fan shaft is located within said containment vessel or sealed vessel of said turbine,
• said second end of said fan shaft is located outside of said containment vessel or sealed vessel of said turbine,
• said fan shaft seal is a seal or bearing attached to said fan shaft between said first end and said second end of said fan shaft,
• said fan on said turbine is rigidly attached to said first end of said fan shaft,
• said exit port on said turbine is connected by said plurality of piping or tubing to said primary entry port on said condenser, and
• said ejector valve is connected by electrical wiring to said controller or computer.