蔡小燕,张燕平,李钰,等．700 ℃超超临界燃煤发电机组热力系统设计及?分析[J]．动力工程学报,2012,32(12)：972-978．Cai Xiaoyan,Zhang Yanping,Li Yu,et al Design and exergy analysis on thermodynamic system of a 700 ℃ ultra supercritical coal-fired power generating set[J]．Journal of Chinese Society of Power Engineering,2012,32(12)：972-978(in Chinese)．
徐钢,许诚,杨勇平,等．电站锅炉余热深度利用及尾部受热面综合优化[J]．中国电机工程学报,2013,33(14)：1-8．Xu Gang,Xu Cheng,Yang Yongping,et al．Deep Utilization of Exhaust Heat and Comprehensive Optimization of the Tail Heating Surfaces of UtilityBoiler[J]．Proceedings of the CSEE,2013,33(14)：1-8(in Chinese)．
[4]
解海龙,丁乐群,蒋安众,等．火电厂锅炉余热回收方式的分析比较[J]．锅炉技术,1995(4)：15-19．Xie Hailong,Ding Lequn,Jiang Anzhong,et al．Analysis and comparison about methods of waste heat recovery in power plant boiler[J]．Boiler Technology,1995(4)：15-19(in Chinese)．
[5]
池作和,潘维,李戈,等．600 MW回转式空气预热器冷端金属温度试验研究[J]．中国电机工程学报,2002,22(11)：129-131．Chi Zuohe,Pan Wei,Li Ge,et al．Experimental atudies on measuringthe cold end metal temperature of 600 MW rotating air heater[J]．Proceedings of the CSEE,2002,22(11)：129-131(in Chinese)．
[6]
杨勇平,杨志平,徐钢,等．中国火力发电能耗状况及展望[J]．中国电机工程学报,2013,33(23)：1-11．Yang Yongping,Yang Zhiping,Xu Gang,et al．Situation and prospect of energy consumpt ion for China’s thermal power generation[J]．Proceedings of the CSEE,2013,33(23)：1-11(in Chinese)．
[7]
国家统计局能源统计司．中国能源统计年2011[M]．北京：中国统计出版社,2011：1-5．Department of Energy Statistics,National Bureau of Statistics Perople’s of．China energy statistical yearbook 2011[M]．Beijing：China Statistics Press,2011：1-5(in Chinese)．
[8]
冯伟忠．未来低碳煤电技术的发展之思考[J]．上海节能,2011(8)：1-6．Feng Weizhong．Future development thinking of low carbon coal technology[J]．Shanghai Energy Conservation,2011(8)：1-6(in Chinese)．
[9]
冯伟忠．我国超临界机组的发展[J]．上海电力学院学报,2011,27(5)：417-422．Feng Weizhong．Development of China’s supercritical coal fired power generation unit[J]．Journal of Shanghai University of Electric Power,2011,27(5)：417-422(in Chinese)．
[10]
刘鹤忠,连正权．低温省煤器在火力发电厂中的运用探讨[J]．电力勘探设计,2010,8(4)：32-38．Liu Hezhong,Lian Zhengquan．Application of low temperature saving coal devicein generate electricity power plant[J]．2010,8(4)：32-38(in Chinese)．
[11]
龙辉,严舒,王盾．超超临界机组设计技术集成化发展探讨[J]．电力建设,2011/2,32(2)：71-75．Long Hui,Yan Shu,Wang Dun．Integrated design technology development of ultra supercritical unit[J]．Electric Power Construction,2011/2,32(2)：71-75(in Chinese)．
[12]
赵之军,冯伟忠,张玲,等．电站锅炉排烟余热回收的理论分析与工程实践[J]．动力工程,2009,29(11)：994-997．Zhao Zhijun,Feng Weizhong,Zhang Ling,et al．Theoretical analysis and engineering practice of heat recovery from exhaust gas of power boilers[J]．Journal of Power Engineering,2009(11)：994-997(in Chinese)．
[13]
黄新元,孙奉仲,史月涛．火电厂热系统增设低压省煤器的节能效果[J]．热力发电,2007,37(3);56-58．Huang Xinyuan,Sun Fengzhong,Shi Yuetao．Energy consumption effect of coal-fired power plant heat system with low pressure economizer[J]．Thermal Power Generation．2007,37(3);56-58(in Chinese)．
[14]
陆万鹏,孙奉仲,等．前置式液相介质空气预热器经济性分析及热力系统优化[J]．中国电机工程学报,2011,31(11)：6-10．Lu Wanpeng,Sun Fengzhong,et al．Economic analysis and thermodynamic system optimization of front-located air preheater with liquid mediator[J]．Proceedings of the CSEE,2011,31(11)：6-10(in Chinese)．
[15]
严俊杰,邵树峰,李杨,等．二次再热超临界机组热力系统经济性定量分析方法[J]．中国电机工程学报,2004,24(1)：186-190．Yan Junjie,Shao Shufeng,Li Yang,et al．A method for analysis the economics of a thermal system in a supercritical pressure power unit with double reheat cycles[J]．Proceedings of the CSEE,2004,24(1)：186-190(in Chinese)．
[16]
纪世东,周荣灿,王生鹏,等．700 ℃等级先进超超临界发电技术研发现状及国产化建议[J]．热力发电,2011,40(7)：86-88．Ji Shidong,Zhou Rongcan,Wang Shengpeng,et al．Research and development status and localization of recommendations of 700 ℃ grade advanced ultra-superciritical power generation technology[J]．Thermal Power Generation,2011,40(7)：86-88(in Chinese)．
[17]
闫水保,马新灵．电站锅炉受热面能级分析[J]．发电设备,2006(2)：101-107．Yan Shuibao,Ma Xinling．Energy level analysis of heat deliverysurfaces of boilers[J]．Power Equipment,2006(2)：101-107(in Chinese)．
[18]
张娜,蔡睿贤．燃气轮机考虑经济性和环保因素的热力分析[J]．工程热物理学报,1997,18(4)：405-408．Zhang Na,Cai Ruixian．Gas turbine considering economic and environmental factors of thermal analysis[J]．Journal of Engineering Thermophysics,1997,18(4)：405-408(in Chinese)．
[19]
Hongtao Li,Francois Marechal,et al．Multi-objective optimization of an advanced combined cycle power plant including CO 2 separation options[J]．Energy,2006,31(15)：3117-3134．
[20]
G Xu,H G Jing,Y P Yang,et al．A comprehensive economic analysis method for power generation system with CO 2 capture[J]．International Journal of Energy Research,2009,34(4)：321-332．
[21]
Espatolero S,Cortes C,Romeo L M．Optimization of boiler cold-end and integration with the steam cycle in supercritical units[J]．Applied Energy,2010,87(5)：1651-1660．
