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Running Performance Investigation for Water-rich Ground-Source Heat Pump Cooling and Heating Unit

Yan Wang

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Abstract

Coupled ground-source hot pump air conditioning system parallel incorporated by soil heat exchanger and cooling tower of the author designed is implemented in this paper,single factor method is adopted to research running performance for winter-summer heat pump unit,results shows that,cooling effect for heat pump unit that incorporated with soil heat-exchanger in summer has a common effect,energy efficiency ratio of system and heat pump unit in cooling condition reached to 2.7 and 3.66 respectively;ground source hot pump provide heat to building in winter condition has a perfect effect with the energy efficiency ratio exceed 3.4

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What this paper is about

Coupled ground-source hot pump air conditioning system parallel incorporated by soil heat exchanger and cooling tower of the author designed is implemented in this paper,single factor method is adopted to research running performance for winter-summer heat pump unit,results shows that,cooling effect for heat pump unit that incorporated with soil heat-exchanger in summer has a common effect,energy efficiency ratio of system and heat pump unit in cooling condition reached to 2.7 and 3.66 respectively;ground source hot pump provide heat to building in winter condition has a perfect effect with the energy efficiency ratio exceed 3.4

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Available abstract

Coupled ground-source hot pump air conditioning system parallel incorporated by soil heat exchanger and cooling tower of the author designed is implemented in this paper,single factor method is adopted to research running performance for winter-summer heat pump unit,results shows that,cooling effect for heat pump unit that incorporated with soil heat-exchanger in summer has a common effect,energy efficiency ratio of system and heat pump unit in cooling condition reached to 2.7 and 3.66 respectively;ground source hot pump provide heat to building in winter condition has a perfect effect with the energy efficiency ratio exceed 3.4

Key concepts: Heat pump, Cooling tower, Hybrid heat, Air source heat pumps, Coefficient of performance, Heat exchanger, Nuclear engineering, Environmental science

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