电力系统模拟器-一个教学工具保护集成

R. S. M. Jothimuni, H. Wijerathne, C. Yapa, D. Wijethunga, J. R. Lucas, P. D. de Silva
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引用次数: 4

摘要

保护方案对于电力系统运行的安全性和可靠性是强制性的。为了给电气工程专业的学生提供一个清晰的电力系统的生成、传输和分配的图像,建立了一个电力系统模拟器作为教学工具。该模拟器基于使用真实的11kV真空断路器作为操作基础,是电力系统的电压缩小版本。讨论了400V配电系统的实现,以及对模拟某一区域发电的电机发电机组可控性的改进。通过PSCAD(电力系统计算机辅助设计)仿真验证了所建立的物理模型。互联网络保护方案的实施和协调是一项具有挑战性的任务。因此,本文讨论了母线保护方案的实现以及保护方面与整个系统的集成。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Power System Simulator- a teaching tool protection integration
Protection schemes are mandatory for the safety and reliability of power systems operations. A Power System Simulator has been built as a teaching tool in order to provide a clear picture of the system, including generation, transmission and distribution, for the Electrical Engineering undergraduate. The simulator is based on using real 11kV vacuum circuit breakers as the base of operations and is a voltage scaled down version of a power system. The implementation of a distribution system at 400V and the improvements to the controllability of the motor generator set which models generation in one area of the simulator are discussed. A PSCAD (Power System Computer Aided Design) simulation is presented to validate the physical model built. The Implementation and co-ordination of protection schemes for an interconnected network is a challenging task. Thus the paper discusses the implementation of a bus bar protection scheme and the integration of protection aspects with the overall system.
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