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Investigation on the performances of the Gas Driven Vuilleumier Heat Pump

机译:气体驱动的Vuilleumier热泵性能研究

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Gas driven Vuilleumier heat pump is a closed cycle, where the working gas is kept inside the three cylinders and the heat of gas and surroundings are added to and removed from the cycle through heat exchanger. It has many advantages, such as fewer moving parts, low noise and long lifespan. Competitive to absorption cycle, It has the potential for higher Coefficient of Performance (COP). A prototype Vuilleumier heat pump is taken for an example to analyze the performances of gas driven VM heat pump. Results indicate that with higher mean working pressure, the performance of system is improved. As the cold cylinder temperature decrease, refrigerating capacity and COP are both decrease. The refrigerating capacity of gas driven VM heat pump is increased while the COP is decreased with an increase in the rotational speed. Selection of the working gases is also discussed.
机译:气体驱动的Vuilleumier热泵是一个封闭的循环,其中工作气体保持在三个气缸内,并且气体和周围环境的热量通过热交换器添加到循环中或从循环中除去。它具有许多优点,例如运动部件少,噪音低,使用寿命长。与吸收循环竞争,它具有更高的性能系数(COP)的潜力。以原型Vuilleumier热泵为例,分析了气体驱动VM热泵的性能。结果表明,在较高的平均工作压力下,系统的性能得到了改善。随着冷缸温度的降低,制冷量和COP均降低。气体驱动的VM热泵的制冷能力增加,而COP随着转速的增加而降低。还讨论了工作气体的选择。

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