An air conditioning system comprising: a compressor; an outside air handler in fluid communications with the compressor; a thermal storage having a material and thermal plates, the thermal plates each having a first cover sheet separated from a separation sheet and a second cover sheet at an opposing side of the separation sheet and separated from the separation sheet, a primary input orifice of the first cover sheet of the thermal plates is in fluid communications with the outside air handler and a primary output orifice on the first cover sheet of thermal plates is in fluid communications with the compressor; an inside air handler has an input and an output; and a fluid pump has a pump input and a pump output, the pump input is in fluid communications with a secondary output orifice on the second cover sheet of thermal plates and the pump output is in fluid communications with the input of the inside air handler, the output of the inside air handler in fluid communications with a secondary input orifice on the second cover sheet of thermal plates; edges of the first cover sheet are fluidly sealed to edges of the separation sheet and edges of the second cover sheet are fluidly sealed to the edges of the separation sheet; whereas, when the compressor runs, a first refrigerant is compressed into a liquid, cooled by the outside air handler and flows into the primary input orifice of the first side of the thermal plates where the first refrigerant then evaporates, extracting heat from the material within the thermal storage and the evaporated refrigerant returns to the compressor, and whereas, when cooling is needed, the fluid pump operates and circulates a second refrigerant from the secondary output orifice of the second side of the thermal plates into the inside air handler where the second refrigerant extracts heat as it evaporates into a gas and the refrigerant in gaseous form returns to the thermal storage where the second refrigerant condenses back into a cold liquid. a compressor; an outside air handler in fluid communications with the compressor; a thermal storage having a material and thermal plates, the thermal plates each having a first cover sheet separated from a separation sheet and a second cover sheet at an opposing side of the separation sheet and separated from the separation sheet, a primary input orifice of the first cover sheet of the thermal plates is in fluid communications with the outside air handler and a primary output orifice on the first cover sheet of thermal plates is in fluid communications with the compressor; an inside air handler has an input and an output; and a fluid pump has a pump input and a pump output, the pump input is in fluid communications with a secondary output orifice on the second cover sheet of thermal plates and the pump output is in fluid communications with the input of the inside air handler, the output of the inside air handler in fluid communications with a secondary input orifice on the second cover sheet of thermal plates; edges of the first cover sheet are fluidly sealed to edges of the separation sheet and edges of the second cover sheet are fluidly sealed to the edges of the separation sheet; whereas, when the compressor runs, a first refrigerant is compressed into a liquid, cooled by the outside air handler and flows into the primary input orifice of the first side of the thermal plates where the first refrigerant then evaporates, extracting heat from the material within the thermal storage and the evaporated refrigerant returns to the compressor, and whereas, when cooling is needed, the fluid pump operates and circulates a second refrigerant from the secondary output orifice of the second side of the thermal plates into the inside air handler where the second refrigerant extracts heat as it evaporates into a gas and the refrigerant in gaseous form returns to the thermal storage where the second refrigerant condenses back into a cold liquid.