A part of exhaust steam from small steam turbine in a 300MW unit was recycled to the regenerative extraction steam system to heat the condensate water by steam ejector heat pump
so as to use the exhaust steam and its waste heat effectively.The equivalent enthalpy drop method was adopted to analyze the thermal economic index of different transformation schemes.The results showed that the economic benefits reached the highest when the outlet steam of the steam ejector heat pump was recovered to the fourth section of the steam extraction.The standard coal consumption rate for power generation reduced by 1.05g/(kW·h)under rated load condition when the ejector coefficient was 0.75.
ENHANCEMENT OF SAFETY AND ECONOMIC ASPECT FOR HEAT REGENERATIVE SYSTEM OF AN IMPORTED TYPE 300MW UNIT
ELIMINATION OF OIL-FILM WHIRL FOR SMALL-SIZE STEAM TURBINE TO DRIVE FEED-WATER PUMP
INFLUENCE OF EXTRACTION EFFECT IN REGENERATIVE SYSTEM ON FREQUENCY REGULATION IN TURBINE
Research progress on waste heat utilization technology in thermal power units
Operation performance of PEM electrolyzer in dual-mode operation for hydrogen production and hot standby with integrated ammonia synthesis waste heat storage and utilization
Related Author
ZHANG Cun-sheng
HU Dan-ming
ZHANG Xiaomin1
MA Chengxia1
QIAN Kang1
XIA Ming2
ZHANG Shicai1
GUO Tao1
Related Institution
The Pearl River Power Plant Guangzhou
Fujian Electric Power Test and Research Institute Fuzhou
Gansu Electric Power Research Institute
Beijing Guodian Zhishen Control Technology Co., Ltd
School of Electrical Engineering and Automation, Harbin Institute of Technology