[1] 彭兴虎，张爱舟. 新疆兵团农三师图木舒克2 × 50 MW热电联产工程EPC总承包主厂房布置优化专题 [R]. 2012.

PENG Xinghu, ZHANG Aizhou. The Main Power Building Arrangement Optimization Special Report of Xinjiang Corps Nongsanshi Tumushuke 2 × 350 MW Cogeneration EPC Project [R]. 2012.
[2] 王坚. 火力发电厂布置技术与信息化手段的运用 [J]. 电力建设，2010, 31(4): 82-85.

WANG Jian. Application of Layout Engineering and Information-based Method for Fossil-Fueled Power Plant Design [J]. Electric Power Construction, 2010, 31(4): 82-85.
[3] 张爱舟，杨蒴. 华能轮台2 × 350 MW热电联产主厂房布置优化专题 [R]. 2011.

ZHANG Aizhou, YANG Shou. The Main Power Building Arrangement Optimization Special Report of Huaneng Luntai 2 × 350 MW Cogeneration Projiect [R]. 2012.
[4] 黄军军，李欣. 华能荆门一期(2 × 350 MW)热电联产工程主厂房布置优化专题 [R]. 2012.

HUANG Junjun, LI Xin. The Main Power Building Arrangement Optimization Special Report of Huaneng Jingmen (2 × 350 MW) Cogeneration Projiect [R]. 2012.
[5] 王君，严志勇. 某热电公司2 × 300 MW机组工程设计优化 [J]. 中国勘察设计，2011(1): 118-120.

WANG JUN, YAN Zhiyong. The Design Optimization for a 2 × 330 MW Cogeneration Projiect [J]. China Investigation Design, 2011(1): 118-120.
[6] GB 50660—2011,大中型火力发电厂设计规范 [S]．

GB 50660—2011, Code for Design of Fossil Fired Power Plant [S]．
[7] 徐传海. 600 MW级机组汽机房布置优化建议 [J]. 热机技术，2009(2): 22-24.

Xu Chuanhai. The Main Power Building Arrangement Optimization Suggestion for 600 MW Units of Power Plant [J]. Heat Power Technics, 2009(2): 22-24.
[8] GB 50041—2008,锅炉房设计规范 [S]．

GB 50041—2008, Code for Design of Boiler Plant [S]．
[9] 魏光军，张凤玲. 2 × 330 MW机组侧煤仓设计特点的探讨 [J]. 新疆电力技术，2010(4): 106-108.

WEI Guangjun, ZHANG Fengling. The Disscussion of Side Bunker Bay Arrangement Design Features About 2 × 330 MW Units of Power Plant [J]. Xinjiang Electric Power Tech, 2010(4): 106-108。.
[10] 电力规划总院. 火电工程限额设计参考造价指标(2012年水平)[M]. 北京：中国电力出版社，2012.

Electrical Planning and Design Institute. Quota Design Reference Cost Index of Thermal Power Project (2012 standard) [M]. Beijing: China Electric Power Press, 2012.