燃气轮机冷热电联产系统与蓄能变工况特性_冯志兵.pdf

26 卷 4 期 中 国 电 机 工 程 学 报 Vol.26 No.4 Feb. 2006 2006 年2 月 Proceedings of the CSEE 2006 Chin.Soc.for Elec.Eng. 文章编号：0258-8013 (2006) 04-0025-06 中图分类号：TK 123 文献标识码：A 学科分类号：47030 燃气轮机冷热电联产系统与蓄能变工况特性 冯志兵，金红光 （中国科学院工程热物理研究所，北京市海淀区100080 ） Part-load Performance of CCHP with Gas Turbine and Storage System FENG Zhi-bing, JIN Hong-guang (Institute of Engineering Thermophysics, Chinese Academy of Science, Haidian District, Beijing 100080, China) ABSTRACT: Utilizing the typical analytical solution of single 布式能源系统的一个主要发展方向，由于节能、环 shaft constant rotating speed gas turbine and considering the 保、可增加用户电力可靠性等诸多优点，在国内外 variation of heat transfer coefficients of HRSG, the CCHP [2] 已得到广泛重视 。这种系统主要应用于建筑能源 part-load performance is analyzed. In higher load, the CCHP owns obvious saving energy potential. With the decrease of the 领域，而建筑能源需求中的冷、热需求通常随气温 load, the advantage is reduced; and its performance is worse 的变化而变化，因此冷热电联产系统一般为变工况 than traditional systems after the load is low enough. To [3-4] 模式运行。文献 对于冷、热负荷的变化有所研究， improve CCHP all-operation performance, the phase change 但它们关注的主要是设备容量的优化配置。 storage system and the potential storage system are combined 大多数情况下冷热电联产系统处于变工况运行 with CCHP. Through the simulation of some building all-operation heating and cooling demands in winter and 模式，部分负荷下联产系统的性能对联产系统的发 summer, respectively, it is found that the utilization of storage 展至关重要。为此，本 对采用单轴燃气轮机的冷 systems make