CAJ | 학술논문

提出了在将实时监测与仿真计算进行有效结合的基础上对配电系统中由故障引起的电压跌落问题进行分析评估的系统设计方法，以在提高仿真计算精确度的同时减小对现场监测设备数量的需求。给出了该系统的总体框架，详细说明了实时监测数据导入PSCAD、利用供电管理部门提供的实时网络拓扑和运行参数自动生成PSCAD仿真程序以及利用实时监测数据对仿真程序进行校验的方法。最后通过实例说明了该系统的功能。所提出的混合仿真系统研究为配电系统电压跌落问题提供了较好的理论基础和技术手段。
제출료재장실시감측여방진계산진행유효결합적기출상대배전계통중유고장인기적전압질락문제진행분석평고적계통설계방법，이재제고방진계산정학도적동시감소대현장감측설비수량적수구。급출료해계통적총체광가，상세설명료실시감측수거도입PSCAD、이용공전관리부문제공적실시망락탁복화운행삼수자동생성PSCAD방진정서이급이용실시감측수거대방진정서진행교험적방법。최후통과실례설명료해계통적공능。소제출적혼합방진계통연구위배전계통전압질락문제제공료교호적이론기출화기술수단。
This paper proposes a system design method to analyze and evaluate the voltage sags problems caused by fault in distribution system by combining real-time monitoring and simulation calculation, in order to improve the precision of the simulation results and at the same time reduce the numbers of the monitoring device needed. The overall framework of the simulation system is presented, and the methods of importing real-time monitoring data into PSCAD, creating PSCAD simulation program automatically by using the real-time network topology and operation data provided by the power supply department, and calibrating the simulation program according to the real-time monitoring data are studied in detail. Finally, the system function is shown through a practical example. The proposed method which combines the real-time data and simulation calculation provides good theoretical basis and technique for the research of the voltage sag problems in power distribution network.