Jinfu YANG, Zhongxiao ZHANG, Dongjiang HAN, et al. New Supercritical Parameter Coal-Fired Power Generation System Structure Design Technology[J]. Power Generation Technology, 2019, 40(6): 555-563.
DOI:
Jinfu YANG, Zhongxiao ZHANG, Dongjiang HAN, et al. New Supercritical Parameter Coal-Fired Power Generation System Structure Design Technology[J]. Power Generation Technology, 2019, 40(6): 555-563. DOI: 10.12096/j.2096-4528.pgt.19125.
New Supercritical Parameter Coal-Fired Power Generation System Structure Design Technology
According to the basic principle of the irreversible thermodynamic cycle value
the irreversible process of the thermodynamic cycle system was analyzed. The concept of "equivalent Carnot cycle efficiency" was proposed
and the classical thermodynamic theory and analysis method were expanded. At the same time
the design concept of "Cano consumption heat sink" and "power island" for supercritical parameters coal-fired power generation thermodynamic cycle unit was proposed
and the design principle of supply and demand integration
mass coupling and energy level utilization
and evaluation method of efficacy value were further given. These provide a more effective new approach for optimized designs of ultra-high-parameter coal-fired power generation thermodynamic cycle units.
Ploumen P, Stienstra G, Kamphuis H. Reduction of CO 2 emissions of coal fired power plants by optimizing steam water cycle[J ] . Energy Procedia, 2011(4):2074-2081.