CAJ | 학술논문

磁控型可控并联电抗器(magnetically controlled shunt reactor，MCSR)作为一种典型的铁磁饱和控制类电力电子设备，在工业和配电网动态无功补偿、柔性交流输电领域的应用发展迅速，2007年和2013年分别投运了世界首套550和800 kV的MCSR。该文在多年的MCSR研究和实践经验基础上，系统开展MCSR研究，分别对理论分析、仿真计算、模型试验、产品试验和评价几个方面的重点、特性方法及工具进行探索，并将研究延续到投运之后的计划性运行数据观测和收集，完成研究评价。吸收其它行业的先进评价方法和经验，提出建立 MCSR 仿真和试验的科学评价体系，为MCSR系统性研究提供思路。
자공형가공병련전항기(magnetically controlled shunt reactor，MCSR)작위일충전형적철자포화공제류전력전자설비，재공업화배전망동태무공보상、유성교류수전영역적응용발전신속，2007년화2013년분별투운료세계수투550화800 kV적MCSR。해문재다년적MCSR연구화실천경험기출상，계통개전MCSR연구，분별대이론분석、방진계산、모형시험、산품시험화평개궤개방면적중점、특성방법급공구진행탐색，병장연구연속도투운지후적계화성운행수거관측화수집，완성연구평개。흡수기타행업적선진평개방법화경험，제출건립 MCSR 방진화시험적과학평개체계，위MCSR계통성연구제공사로。
As a typical ferromagnetic-saturation-control power electronic equipment, magnetically controlled shunt reactor (MCSR) develops rapidly on dynamic reactive power compensation in power distribution network, flexible AC transmission and other industrial areas. In 2007 and 2013, the world’s first 550 kV and 800 kV MCSR were put into operation. Based on many years of research work and practical experiences, the MCSR systematized research method was proposed. Essential theories, characteristic methods and tools were explored related with theoretical analysis, simulation, model testing, product testing and evaluation. Research would continue into the planning observation and collection of operating data after MCSR was put into operation. Finally the study of evaluation will be completed. After absorbing advanced evaluation methods and experiences of other industries, a scientific evaluation system of MCSR simulation and experiment was proposed to be established for providing ideas to the MCSR systematized research.