About Measurement System in Stations and Substations using Original Data Acquisition Systems

I. Nicolae, P. Nicolae, M. Nicolae
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Abstract

The paper deals with a method and measurement system designed for the simultaneous monitoring and recording of time variations of electric quantities with no inter-correlation requirements. The method and measurement system were obtained by realizing a multi-unit data acquisition system (MUDAS), relying on at most 3 independent data acquisition systems which operate jointly, in a synchronous way, by means of a synchronizer. Because each of the individual data acquisition system can acquire data for at most 8 electrical quantities (4 voltages and 4 currents), the maximum total number of electrical quantities to be monitored, acquired, and transferred simultaneously to a central control unit is equal to 24. The sampling rate allows for the determination of power quality parameters according to existing standards. MUDAS can also be used in a structure with only 2 individual data acquisition system, in order to simultaneously acquire and display at most 16 electrical quantities. Two examples of utilization of MUDAS are presented.
关于采用原始数据采集系统的站、变电站测量系统
本文介绍了一种无相互关系要求的同时监测和记录电量时间变化的方法和测量系统。该方法和测量系统是通过实现多单元数据采集系统(MUDAS)获得的,该系统依靠最多3个独立的数据采集系统,通过同步器以同步方式联合运行。由于每个单独的数据采集系统最多可以采集8个电量(4个电压和4个电流)的数据,因此要监控、采集并同时传输到中央控制单元的电量的最大总数等于24个。采样率允许根据现有标准确定电能质量参数。MUDAS也可以用于只有2个独立数据采集系统的结构中,以便同时采集和显示最多16个电量。介绍了MUDAS的两个应用实例。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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