Global cooling system and method

A global cooling system, the system comprising:

• a heat-exchanger-boiler, said heat-exchanger-boiler configured to convert heat from a high-temperature-fluid to a low-temperature-fluid such that said heat is absorbed from said high-temperature-fluid into said low-temperature-fluid;
• a heat-exchanger-condenser, said heat-exchanger-condenser configured to convert said high-temperature-fluid such that said high-temperature-fluid is cooled;
• a pump, said pump configured to provide movement of said high-temperature-fluid and said low-temperature fluid;
• a compressor, said compressor configured to compress said low-temperature-fluid;
• a rotary-device;
• said rotary-device configured to convert heat from said high-temperature fluid to provide rotational motion;
• a generator, said generator configured to convert said rotational motion from said rotary-device to produce a net power output;
• an electrical power-inverter electrically coupled to said rotary-device;
• a voltage-regulator electrically coupled to said system;
• wherein said global cooling system utilizes said high-temperature-liquid from a water-source to heat said low-temperature-liquid to produce net heat and therefore power said generator via a Rankine Cycle;
• wherein said low-temperature-liquid is R-410A refrigerant;
• wherein said generator is electrically coupled to an electricity-storage-device;
• wherein said electricity-storage-device includes one or more batteries;
• wherein said water-source is provided from an aquifer;
• wherein said system is readily movable and transportable;
• wherein said system is electrically coupled to a power-grid;
• wherein said water is returned to said water-source upon completion of said cooling cycle;
• and
• wherein said rotary device includes a turbine.