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变频调速技术在某成油品管道的应用
引用本文:李欣泽,晏伟,刘建武.变频调速技术在某成油品管道的应用[J].油气储运,2013(10):1134-1137.
作者姓名:李欣泽  晏伟  刘建武
作者单位:胜利油田胜利勘察设计研究院,山东东营257026
摘    要:为了避免传统工频定速电机产生的能量损失,在输油泵机组上应用变频调速技术,可以满足管道低输量运行工况的要求,达到节能目的.详细叙述了变频调速的工作原理,以实际运行的某成品油管道为例,选用SPS仿真软件对固定转速泵和采用变频调速技术的可变转速泵在不同输量运行工况下分别进行了模拟仿真,据此对比分析了机组加装交频装置前后的节能效果,并进一步评价了输油泵应用变频技术后带来的经济效益.

关 键 词:输油管道  输油泵  变频调速技术  SPS仿真软件  节能

Application of frequency control technique in a product oil pipeline
Li XinzeShengli Engineering & Consulting Co.Ltd.,Dongying,Shandong,Yan WeiShengli Engineering & Consulting Co.Ltd.,Dongying,Shandong,Liu Jianwu.Application of frequency control technique in a product oil pipeline[J].Oil & Gas Storage and Transportation,2013(10):1134-1137.
Authors:Li XinzeShengli Engineering & Consulting CoLtd  Dongying  Shandong  Yan WeiShengli Engineering & Consulting CoLtd  Dongying  Shandong  Liu Jianwu
Institution:(Shengli Engineering & Consulting Co.Ltd., Dongying, Shandong, 257026)
Abstract:In order to avoid the energy loss caused by traditional frequency constant speed motor,applying the frequency control technique to pump unit can meet the requirement of pipeline operation at low transportation capacity and reach the aim of energy saving.The paper describes the principle of frequency control in detail.Taking the actual oil product pipeline as an example,SPS simulation software is employed to simulate the working condition of fixed speed pump and variable speed pump which uses frequency control technique under different transportation capacity.The energy saving effect before and after installation of frequency control device is compared,and furthermore the economic benefit brought by application of frequency control technique to oil pump is evaluated.It is pointed out that the accuracy of simulation results will be lowered if the accurate throttle valve curve and the characteristic curve of pump under multiple rotating speed are absent in the input parameters.(5 Figures,5 References)
Keywords:oil pipeline  oil pump  frequency control technique  SPS simulation software  energy saving
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