LI Si-hai, ZHANG Hong, ZHAN Dong-dong, et al. ANALYSIS OF EXERGY IN THERMAL POWER GENERATION SYSTEM USING STEAM DIRECTLY PRODUCED FROM THE PARABOLIC TROUGH TYPE SOLAR ENERGY FACILITY[J]. Thermal power generation, 2008, (11): 39-43.
LI Si-hai, ZHANG Hong, ZHAN Dong-dong, et al. ANALYSIS OF EXERGY IN THERMAL POWER GENERATION SYSTEM USING STEAM DIRECTLY PRODUCED FROM THE PARABOLIC TROUGH TYPE SOLAR ENERGY FACILITY[J]. Thermal power generation, 2008, (11): 39-43. DOI: 10.19666/j.rlfd.2008.11.010.
槽式太阳能直接产生蒸汽热发电系统火用分析
摘要
结合热力学第一定律与热力学第二定律
对槽式太阳能直接产生蒸汽热发电系统进行传热和火用分析。以INDITEP项目为例
对该系统进行热平衡计算与火用平衡计算
得到各部件与整个系统的热效率与火用效率
并得出集热器的火用效率低于其热效率
水/水蒸气的朗肯循环火用效率高于其热效率的结论。
Abstract
Combining the first law of thermodynamics with the second law of thermodynamics
the heat transfer analysis and exergy analysis of thermal power generation system using steam directly produced from parabolic trough type solar energy facility have been carried out.Taking INDITEP project as example
the heat balance calculation and exergy banlance calculation of the system have been performed
obtaining the thermal efficiency and exergy efficiency of every part and the entire system.The exergy efficiency of heat collector is lower than its thermal efficiency
while the exergy efficiency in Rankine cycle of water/steam is higher than its thermal efficiency.