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地源热泵可再生能源技术利用地球表面浅层地热资源,利用供暖空调系统实现能量转换,能够充分利用地下水热能资源,实现地热的循环利用,并作为一项可再生能源技术逐渐被各大城市采用和深入研究。本文依托于辽阳市健身大厦采用水源热泵供暧和制冷项目,通过对项目机组的参数(能量和功率等)进行确定和计算,确定了冬季取暖、夏季制冷的需水量和蓄能需水量,对建设项目过程中的取水情况进行了合理性分析;研究了水源热泵技术的五大优点,对电加热、集中锅炉、空气源热泵和水源热泵等供暖方式进行了研究和计算,分析了该项目的用水合理性;通过对水源热泵原理的研究,对气水分离技术、微机调频供水技术、变频技术等进行了分析,对地下水资源环境的保护,减少对区域水环境的影响具有重要指导和借鉴。
Ground Source Heat Pumps Renewable energy technologies make use of the shallow geothermal resources on the Earth’s surface and utilize the heating and air conditioning system for energy conversion. They can make full use of the groundwater heat resources to achieve the recycle of geothermal energy and are gradually adopted by major cities as a renewable energy technology And in-depth study. This article relies on Liaoyang City Fitness Building using water source heat pump for heating and cooling projects, through the project unit parameters (energy and power, etc.) to determine and calculate the winter heating, summer cooling water demand and energy storage water demand, This paper analyzes the five major advantages of water source heat pump technology, studies and calculates the heating methods of electric heating, centralized boilers, air source heat pump and water source heat pump, and analyzes the water consumption of the project The feasibility of water source heat pump is analyzed. The gas-water separation technology, microcomputer FM water supply technology and frequency conversion technology are analyzed. It has important guidance and reference for the protection of groundwater resource and environment and the reduction of the impact on the regional water environment.