Real time digital simulator based test system for microgrid management system

J. Jeon, Jong-Yul Kim, Seul-Ki Kim, Changhee Cho, Keo-Yamg Nam, Jang-Mok Kim
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引用次数: 7

Abstract

This paper presents a real time digital simulator based test system as a new method for testing microgrid management system (MMS). This system is composed of a real time digital simulator and a developed communication emulator. Real time digital simulator runs a simulation case for microgrid model and distributed generation source model. Communication module emulates communication functions of micro-sources in microgrid by transmitting the simulated signals to MMS. The MMS controls operation of micro-sources to control the power flow at the point of common coupling (PCC) and the voltage and frequency of microgrid. A prototype MMS was tested for standalone and grid-connected operation to verify the validation of the developed HILS system.
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基于实时数字模拟器的微电网管理系统测试系统
本文提出了一种基于实时数字模拟器的测试系统,作为测试微电网管理系统(MMS)的新方法。该系统由实时数字仿真器和开发的通信仿真器组成。实时数字模拟器对微电网模型和分布式电源模型进行了仿真。通信模块通过将仿真信号传输给MMS,模拟微电网中微源的通信功能。MMS通过控制微源的运行来控制共耦合点的潮流以及微电网的电压和频率。为了验证开发的HILS系统的有效性,对MMS原型进行了独立和并网操作测试。
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