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首页> 外文会议>Annual Conference of the IEEE Industrial Electronics Society >Development of a simulator-to-simulator interface for geographically distributed simulation of power systems in real time
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Development of a simulator-to-simulator interface for geographically distributed simulation of power systems in real time

机译：开发仿真器到仿真器接口，以实时进行电力系统的地理分布仿真

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The geographically distributed simulation concept enables connecting laboratories over long distances with the goal of sharing simulation resources and integrating multiple (Power) Hardware-in-the-Loop setups. The main obstacle in applying this concept is the impact of the communication medium on fidelity and stability of the simulation. This paper presents advantages and challenges of developing a simulator-to-simulator interface based on the time-frequency representation of interface quantities. The proposed approach is first analyzed using a simple electrical circuit as case study, and then conclusions are verified on a larger system including voltage-source converters that realize a high-voltage dc point-to-point link which connects two ac systems. To assess the approach in a realistic framework, an Internet-distributed simulation platform that integrates two remote real-time digital simulators, OPAL-RT (located at University of South Carolina, USA) and OPAL-RT (located at RWTH Aachen University, Germany) is developed and both linear and nonlinear system models are simulated.
机译：地理上分布的仿真概念使远程实验室之间的连接成为可能，目的是共享仿真资源并集成多个（电源）硬件在环设置。应用此概念的主要障碍是通信介质对仿真的逼真度和稳定性的影响。本文提出了基于接口数量的时频表示开发模拟器到模拟器接口的优点和挑战。首先使用一个简单的电路作为案例分析来分析所提出的方法，然后在包含电压源转换器的更大系统上验证结论，该电压源转换器实现了连接两个交流系统的高压直流点对点链路。为了在一个现实的框架中评估该方法，一个Internet分布的仿真平台集成了两个远程实时数字仿真器：OPAL-RT（位于美国南卡罗来纳大学）和OPAL-RT（位于德国亚琛工业大学） ）进行了开发，并对线性和非线性系统模型都进行了仿真。

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