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Calculation and design of the heat pumps

机译:热泵的计算与设计

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Paper deals with calculation and design of the heat pumps that are used for purposes of heating and cooling. Heat pumps are systems that draw heat from one source (earth, water, air or ambient) and transfer it to another. Their operation is described by Carnot circular process, in which thermal energy is taken from one body to working medium and then from a working medium to the heated body. Energy put in the process is equal to the energy needed for moving and compression of the working medium. Authors have calculated that average energy input is equal to ¼ of useful thermal energy (output). Further on in the paper the working principle of the heat pumps and their main parts are described.
机译:论文涉及用于加热和冷却目的的热泵的计算和设计。热泵是从一种热源(地球,水,空气或环境)吸收热量并将其传递到另一热源的系统。卡诺循环法描述了它们的操作,其中热能从一个物体吸收到工作介质,然后从工作介质吸收到加热的物体。在过程中投入的能量等于移动和压缩工作介质所需的能量。作者计算出,平均能量输入等于有用热能(输出)的1/4。本文进一步描述了热泵及其主要部件的工作原理。

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