CAJ | 학술논문

近年来风电、光伏发电的发展及智能电网的提出，为磁控电抗器的发展带来了机遇。文中主要研究Modbus RTU协议在变电站综合自动化系统中的磁控电抗器（MCR）远程监控系统的有效实现。首先阐明Modbus RTU的技术要点，然后介绍控制系统的硬件构成，接着结合MCR的功能特点设计后台软件，最后根据试验结果验证监控系统的可靠性。试验结果表明，该控制系统安全、可靠、人性化、实时性好。
근년래풍전、광복발전적발전급지능전망적제출，위자공전항기적발전대래료궤우。문중주요연구Modbus RTU협의재변전참종합자동화계통중적자공전항기（MCR）원정감공계통적유효실현。수선천명Modbus RTU적기술요점，연후개소공제계통적경건구성，접착결합MCR적공능특점설계후태연건，최후근거시험결과험증감공계통적가고성。시험결과표명，해공제계통안전、가고、인성화、실시성호。
In recent years, the development of wind power, photovoltaic power and smart grid provides opportunities for magnetic controlled reactor.The remote monitoring system of magnetic controlled reactor (MCR) in automatic system of substation has been researched base on Modbus RTU protocol. Firstly, the technical points of Modbus RTU protocol are expounded; secondly, the hardware structure of the control system is described; thirdly, background software is designed based on the functional characteristics of MCR; finally, the reliability of the system is verified according to experimental results. Test results show that the control system is safe, reliable, humanized and has good real-time performance.