Matlab-Simulink-Based Simulation For Digital Differential Relay Protection Of Power Transformer For Educational Purpose

基于MATLAB-SIMULINK仿真数字电力变压器差动保护用于教育目的 注:没有中文版本,只有英文版本
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Abstract: Differential protection was already applied toward the end of the 19th century and was one of the first protection systems ever used. Faults are detected by comparison of the currents flowing into and out of the protected plant item. As a result of the fast tripping with absolute selectivity, it is suited as main protection of all important items of plant. The article presents an approach to teaching relay laboratory using specially designed exercises that can be done using MATLAB-SIMULINK. This article presents a MATLAB-SIMULINK-based technology to simulate differential relay for determining behavior. of it during transformer internal fault protection. The results show that this simulation method can work properly and this design can be used for power system simulation in MATLAB-SIMULINK. Evaluation of the simulation with more than 60 students is very positive in terms of their developing confidence in and understanding of this kind of relay operation. Comput Appl Eng Educ © 2010 Wiley Periodicals, Inc.
翻译后摘要: 差动保护已应用于面向19世纪的结束和一个使用过的第一个保护系统。检测到故障,通过比较的电流流入和保护的植物产品,满分。作为具有绝对选择性的快速脱扣的结果,它是适合作为主要保护植物的所有重要的项目。文章提出了一种方法,教学继电器实验室使用专门设计的练习,可以做到使用MATLAB-SIMULINK。本文提出了一种基于MATLAB-SIMULINK的技术来模拟差动继电器的决定行为。它在变压器内部故障保护。结果表明,这种模拟方法可以??正常工作,这样的设计可以用于在MATLAB-SIMULINK的电力系统仿真。模拟与超过60名学生的评价是非常积极的方面发展的信心和理解这种继电器动作。 COMPUT APPL ENG EDUC?2010威利期刊,
Year: 2010
Source: Computer Applications in Engineering Education
Keyword: MATLAB-SIMULINK;differential relay;protection


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