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汽水全流及闪蒸发电系统能量利用率的比较 被引量:2

Comparison of the steam-water mixture full flow power system and the flash evaporation power generating system in respect of energy utilization rate
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摘要 本文从能量利用角度,对热水、汽水混合物的全流发电方法和闪蒸发电方法进行了比较。在汽水混合发电系统中,提出当量热水温度概念,简化了汽水混合发电系统的热力计算。在实际汽水发电系统中,对与闪蒸发电量相同的全流发电系统进行热力计算,得到了不同热源温度、干度下全流动力机的最小内效率曲线。 A comparison is made in this paper of the power generation method based onhot water and steam-water mixture full flow with that based on flash evaporationform an energy utilization view point.An equivalent hot water temperatureconcept has been proposed in the steam-water mixture power generating system,which simplifies the thermal calculation of the steam-water mixture power gene-rating system.In an actual steam-water power generating system,a thermodyna-mic calculation is conducted of the full flow power generating system which hasthe same gene(?)ating capacity as that of the flash evaporation version.The min-imum internal efficiency curves of the full flow generator at various thermalsource temperatures and dryness have been obtained.
出处 《热能动力工程》 CAS CSCD 北大核心 1989年第4期1-10,共10页 Journal of Engineering for Thermal Energy and Power
关键词 全流发电 闪蒸发电 能量 利用率 full flow power generation flash evaporation power generation energy utilization rate
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  • 1HETTIARACHCHI H D M,GOLUBOVICA M,WOREK W M. Optimum design criteria for an organic Rankine cycle using low temperature geothermal heat sources[J].Energy,2007,(09):1698-1706.
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  • 4严家禄.低温热能发电方案中选择工质和确定参数的热力学原则和计算式[J]工程热物理学报,1982(01):1-7.
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  • 6陈慧,考宏涛,郭涛,吕学文,况文娟.纯低温余热发电系统中余热锅炉的热力学分析[J].动力工程,2010,30(2):151-155. 被引量:4
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