Non-Human-Machine Interaction for Power Transmission Lines Protection Design and Enhancement of Under Voltage Relay

A. T. Hussain
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Abstract

The continuous monitoring of transmission line protection relay is desirable to ensure the system disturbance such as fault inception is detected in transmission line. Therefore, fault on transmission line needs to be detected, classified, and located accurately to maintain the stability of system. This project presents design enhancement and development under voltage relay in power system protection using MATLAB/Simulink. The under-voltage relay is a relay that has contacts that operate when voltage drops below a set voltage which is used for protection against voltage drops to detect short circuit and others. This study is carried out for all types of faults which only related with one of the parallel lines. For the overall of operation conditions, the sample data were generated for the system by varying the different fault types and fault location. This design system proposes the use of MATLAB/ Simulink based method for fast and reliable fault classification and location for a various type of fault.
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输变电线路非人机交互保护设计及低压继电器增强
对输电线路保护继电保护进行连续监测,是检测输电线路故障启动等系统扰动的重要手段。因此,需要对输电线路上的故障进行准确的检测、分类和定位,以维护系统的稳定。本课题利用MATLAB/Simulink对电力系统保护中的欠压继电器进行了改进和开发。欠压继电器是一种具有触点的继电器,当电压降至低于设定电压时,触点会工作,用于防止电压降,以检测短路和其他情况。本研究适用于仅与一条平行线有关的所有类型的断层。对于整体运行情况,通过改变不同的故障类型和故障位置,为系统生成样本数据。本设计系统提出了采用基于MATLAB/ Simulink的方法对各种类型的故障进行快速可靠的故障分类和定位。
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