基于宽频传感技术的高压电机能效计量检测平台建设及关键技术研究

殷小东; 周峰; 雷民

殷小东,周峰,雷民.基于宽频传感技术的高压电机能效计量检测平台建设及关键技术研究[J].电测与仪表,2014,51(10):.
Yin Xiaodong,Zhou Feng,Lei Min.Construction of testing system for energy efficiency measurement of high voltage motor and research of critical technology based on broadband sensing technology[J].Electrical Measurement & Instrumentation,2014,51(10):.

基于宽频传感技术的高压电机能效计量检测平台建设及关键技术研究

Construction of testing system for energy efficiency measurement of high voltage motor and research of critical technology based on broadband sensing technology

DOI：

中文关键词: 高压电机损耗分析效率宽频光纤传输计量量值溯源

英文关键词:high voltage asynchronous motor loss analysis efficiency broadband optical fiber transmission measurement quantity traceability

基金项目:

作者中文名	作者英文名	单位
殷小东	Yin Xiaodong	中国电力科学研究院
周峰	Zhou Feng	中国电力科学研究院
雷民	Lei Min	中国电力科学研究院

摘要点击次数: 2166

中文摘要:

为满足对高压三相异步电动机能源效率的准确计量，使其满足高压高效电机的能效计量检测要求，文章研究分析了高压电机能效计量检测的关键技术难点和解决方案，并基于损耗分析法建设了高压电机能效计量试验平台。文章系统阐述了基于宽频功率测量系统的能效计量检测平台组成，克服了传统方式中宽频信号采集难、稳定性差、准确度不高等问题，采用了宽频测试和数字光纤传输，有效提升了各频带信号采集、分析处理、传输以及抗电磁干扰能力，极大降低损耗。平台通过变频数字电源和光纤传输、全自动化操作和人机互动界面，实现频率覆盖1Hz-1kHz,额定功率为2MW以下高压电机能效计量检测，以两表法进行了测试系统量值溯源分析并进行平台验证试验，结果表明平台的测量不确定度和技术参数满足国家能效计量检测要求，具有较好的先进性和开放性。

英文摘要:

Abstract: in order to meet accurate measurement for energy efficiency of high voltage three phase asynchronous motor, so make its function reach the requirement of energy efficiency measurement of high voltage and high efficiency motor, critical technical difficulties and revelant solutions for high voltage energy efficiency measurement are analyzed, and experimental platform based on loss analysis for high voltage motor energy efficiency measurement is constructed. Article clarifies the energy efficiency measurement platform based on broadband power measurement systematically, and overcomes the difficulties such as trouble in broadband signal acquisition, low stability and low accuracy in traditional way, so it adopts new technics such as broadband test and digital fiber optic transmission which promotes ability of signal acquisition in kinds of frequency, analysis, transmission, processing and electromagnetic interference resistance effectively, and reduces energy loss greatly. Platform realizes energy efficiency measurement for the high voltage motor of rated power below 2MW whose frequency ranges from 1Hz to 1kHz, through variable frequency power, optical fiber transmission, fully automated operation and human-computer interaction interface. Through the quantity traceability analysis of broadband power measurement system in the two table methods and relevant test which constructed in the paper, it verifies that measurement uncertainty of platform and technical characteristics meet the demand of national energy measurement demand, and opening and advancement with great flexibility is great.

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