韩彩红,薛胜雄,操松林,陈正文
HAN Cai-hong,XUE Sheng-xiong,CAO Song-lin,CHEN Zheng-wen

• 1:合肥通用机械研究院

摘要(Abstract)：

煤矿主排水泵站为标准设计配置,即多台套大型多级离心泵机组与之相适应的管系、电器装置等。这种"标配"是矿山耗能大户,占总耗能约40%左右,系统节能势在必行。然而,"系统"是"标配"的,无法改变,笔者在与研发高效泵机组同步,对"系统"附加动态能效监测和节能调控装置,经安徽省质监局的现场检测表明,单泵机组系统节能提高15%,吨水百米电耗下降至0.39k W·h。试验结果表明:高效泵机组增效空间有限,但将其用于现有系统,并对其实现动态能效监测和流量调控,就能得到大幅度的节能效果。在此基础上对系统实现对比和优化运行(即考虑多泵运行、多工况运行等)软件模拟运行预测,指导泵站运行,泵站系统节能就有更大空间。
Drainage pumping station is standard design for the coal-master,as more large multiple-stage centrifugal pumps and electric machines,and go with the piping system.These pumping stations are the energy-consuming equipments,account for 40%of all energy.So,the systemic energy conservation is imperative.In order to make sure the system is energy-saving,we developed the high efficient pump unit,at the same time,increase dynamic monitoring of energy consumption and the energy saving control device to the system.The test results explain:high efficient pump unit for the energy-saving is limited,single pump unit system energy saving increase 15%.So,for more pumping units,the electricity consumption per ton water & 100 meters reaches 0.39 k Wh.

关键词(KeyWords)： 泵站;系统节能;产品化;试验研究
pump station;systemic energy conservation;product nation;experimental research

Abstract:

Keywords:

基金项目(Foundation): 国家科技支撑计划项目(2013BAF01B01)

作者(Author): 韩彩红,薛胜雄,操松林,陈正文
HAN Cai-hong,XUE Sheng-xiong,CAO Song-lin,CHEN Zheng-wen

参考文献(References)：

• [1]薛胜雄,韩彩红,操松林,等.矿山用大型主排水泵站节能目标与对策[J].流体机械,2015,43(11):43-46.
• [2]郑龙平,李光耀.浅析矿山用电泵节能控制[J].防爆电机,2015(3):12-15.
• [3]王鸿浩,余晓松,郑龙平.高压电动机离心风扇改进研究[J].电机与控制应用,2015(7):17-20.
• [4]金雷,韩彩红.多台矿用潜水电泵并列布置吸入条件数值模拟分析[J].流体机械,2015,44(7):37-41.
• [5]周邵萍,胡良波,张浩.多级离心泵级间导叶的性能优化[J].农业机械学报2015,46(4):33-39.
• [6]李长龙,范竟存,彭岩,等.基于遗传算法的矿山用泵机组优化运行[J].华东理工大学学报,2016,42(2):266-270.
• [7]胡良波,周邵萍,张浩,等.湍流模型对多级离心泵性能预测的适用性[J].流体机械2014,42(10):27-30.