Performance Comparison and Analysis of Typical Energy Conversion Cycle

机译：典型能量转换周期的性能比较与分析

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The performance of 3 types of energy utilization cycles including the organic Rankine cycle, the single stage static hydrogen compression cycle, and the new multistage continuous hydrogen compression cycle were analyzed. Amulti-element valued model was used to evaluate the performance holistically, and the result showed that the integrated superiority achieved 0.721, which indicated the continuous hydrogen compression cycle is considered the best option among the typical compression energy utilization cycles and deserves thorough studying.

机译：分析了有机朗肯循环，单级静态氢压缩循环和新型多级连续氢压缩循环这三种类型的能量利用循环的性能。采用多元评价模型对性能进行整体评价，结果表明综合优势达到0.721，表明连续氢压缩循环被认为是典型压缩能量利用循环中的最佳选择，值得深入研究。

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《2011 International Conference on Computer Distributed Control and Intelligent Environmental Monitoring》|2011年|p.1603-1606|共4页
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Wang Yuqi; Zheng Lan; Yang Fusheng; Meng Xiangyu; Zhang Zaoxiao;
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中图分类计算机的应用;
关键词
Continuous hydrogen compression; Energy utilization; Multi-element valued model; Organic Rankine cycle; Static hydrogen compression;

机译：连续氢压缩能量利用多元素值模型有机朗肯循环静态氢压缩;

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Performance Comparison and Analysis of Typical Energy Conversion Cycle

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