摘要
阐述了高位收水冷却塔的循环水流程及主要设备,对比了大别山电厂二期高位收水冷却塔与一期传统冷却塔之间的区别。二期高位收水冷却塔初期投资比常规塔多1.8859×10^(7)元,但每年可节省循泵电费5.333×10^(6)元。
This paper described the circulating water flow and the main equipment of the high-level water-receiving cooling towers,and compared the differences between the high-level water-receiving cooling towers of the second phase and the traditional cooling towers of the first stage of Dabieshan Power Plant.The total investment of the second stage high-level water-receiving cooling tower was 1.8859×10^(7) yuan higher than that of the conventional towers,but the annual electricity cost of circulating pump can be saved by 5.333×10^(6) yuan.
作者
张承宗
尹保平
ZHANG Chengzong;YIN Baoping(Fangyuan Dongli Electric Power Scientific Research Co.,Ltd.of Hubei,Wuhan 430077,Hubei,China;Dabieshan Power Generation Co.,Ltd.of Huanggang,Huanggang 438304,Hubei,China)
出处
《能源与节能》
2021年第9期59-62,共4页
Energy and Energy Conservation
关键词
高位收水冷却塔
电量
节能
降噪
high-level water-receiving cooling tower
electricity
energy saving
noise reduction
