초록 ▼

A heat pump system (10) includes a fluid refrigerant compressor (12) and heat exchanger units (14, 16). Heat transfer tubings (36, 50, 58, 60, 66, 82) interconnect the fluid refrigerant compressor (12) and the heat exchanger units (14, 16) in a series relationship for carrying refrigerant fluid. Flo

A heat pump system (10) includes a fluid refrigerant compressor (12) and heat exchanger units (14, 16). Heat transfer tubings (36, 50, 58, 60, 66, 82) interconnect the fluid refrigerant compressor (12) and the heat exchanger units (14, 16) in a series relationship for carrying refrigerant fluid. Flow control valves (22, 24) are provided and are interconnected between a water source (20) and the heat exchanger unit (16) for controlling the amount of water flowing from the water source (20) to the heat exchanger unit (16). The flow control valves (22, 24) are responsive to the pressure at the outlet (12b) of the fluid refrigerant compressor (12) sensed at port (26) in the heat transfer tubing (58) to automatically optimize the operating condition of the heat pump system (10). To further optimize the heat pump system (10) in the heating mode, water from source water (20) flows through preheat exchanger (104) before entering heat exchanger unit (16 ).

대표청구항 ▼

1. A heat pump system comprising: heat exchanger means; and fluid conduit means for supplying pressurized water from a municipal water reservoir to said heat exchanger means such that water is supplied to said heat exchanger means and returned directly to said municipal water reservoir without c

1. A heat pump system comprising: heat exchanger means; and fluid conduit means for supplying pressurized water from a municipal water reservoir to said heat exchanger means such that water is supplied to said heat exchanger means and returned directly to said municipal water reservoir without contamination or reduction in volume of said municipal water reservoir. 2. A method for exchanging heat in a heat pump system comprising the steps of: supplying pressurized water from a municipal water reservoir to a heat exchanger; passing the water through the heat exchanger; and returning the water to the municipal water reservoir without contamination or reduction in volume of the municipal water reservoir. 3. A heat pump system comprising: a fluid refrigerant compressor having an inlet and an outlet and including refrigerant fluid; first heat exchanger means; second heat exchanger means including fluid conduit means connecting said second heat exchanger means to a municipal water system such that water is supplied to said second heat exchanger means and returned directly to said municipal water system without contamination or reduction in volume; fluid conduit means for interconnecting said fluid refrigerant compressor and said first and second heat exchanger means in series relationship and for carrying said refrigerant fluid; flow control valve means interconnected between said municipal water system and said second heat exchanger means for controlling the amount of water flowing from said municipal water system to said second heat exchanger means, said flow control valve means being responsive to the pressure of said fluid refrigerant to automatically optimize the operating condition of the system; and preheat exchanger means interconnected between said municipal water system and said second heat exchanger means for preheating the water from said municipal water system.