首页> 外文会议>ASME Power Conference pt.B; 20050405-07; Chicago,IL(US) >COMPARISON OF HYBRID CONFIGURATIONS OF POWER GENERATION AND REFRIGERATION CYCLES USING AMMONIA-WATER MIXTURE
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COMPARISON OF HYBRID CONFIGURATIONS OF POWER GENERATION AND REFRIGERATION CYCLES USING AMMONIA-WATER MIXTURE

机译:氨水混合法发电与制冷循环混合配置的比较

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摘要

This paper describes performance comparison of two types of hybrid configuration of power generation and refrigeration cycles using ammonia-water mixture by simulation calculation. Difference between two configurations is the ammonia mass fraction of solution from the turbine system (power generation cycle) to the ammonia absorption refrigerator (refrigeration cycle). The newer configuration (configuration 2) supplies higher mass fraction solution to the refrigerator. As a result, both configurations show larger system net power than separate operations when the basic composition (the ammonia mass fraction of the evaporator in the turbine system) is 0.45 kg/kg. The performance gains of configuration 1 and 2 are 13.6% and 13.8%, respectively.
机译:本文通过模拟计算描述了两种使用氨水混合物的发电和制冷循环混合配置的性能比较。两种配置之间的区别是从涡轮机系统(发电循环)到氨吸收式制冷机(制冷循环)的溶液中氨的质量分数。较新的配置(配置2)为冰箱提供了更高质量分数的溶液。结果,当基本成分(涡轮机系统中蒸发器的氨质量分数)为0.45 kg / kg时,两种配置均显示出比单独运行更大的系统净功率。配置1和2的性能提升分别为13.6%和13.8%。

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