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MODELING HAT CYCLE AND THERMODYNAMIC EVALUATION

机译:HAT循环建模和热力学评估

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摘要

The HAT cycle has aroused considerable interest. This paper emphasized the right representation of humidifier that is a key unit in the HAT cycle. An improved superstructure for the HAT cycle was then proposed to improve the thermodynamic performance working at a wide range of pressure ratio. The configuration and parameters were optimized simultaneously. The results revealed that the optimal system can reach the minimum exergy losses match. The artificial assumptions based on intuition and locally thermodynamic analyses by previous researchers are harmful to the efficiency of HAT, and also mislead the frame of HAT. The insights in this paper can provide a basis for system match and unit design for the development of HAT power generation system.
机译:HAT周期引起了相当大的兴趣。本文强调了加湿器的正确表示,它是HAT循环中的关键单元。然后提出了用于HAT循环的改进的上部结构,以改善在较宽的压力比范围内工作的热力学性能。同时优化配置和参数。结果表明,最优系统可以达到最小的火用损失匹配。以前的研究人员基于直觉和局部热力学分析进行的人工假设,对HAT的效率有害,也误导了HAT的框架。本文的见解可以为HAT发电系统的开发提供系统匹配和单元设计的基础。

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