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Research Article Open access CC BY 4.0

Calculating Feeder Fault Current with MATLAB Software Program

Ming-Jong Lin

Asian Journal of Research in Computer Science · pp. 19–29 · Published 19 Jul 2021

10.9734/ajrcos/2021/v10i430247

Abstract

The aim of this article describes the program of computerized how to calculate the feeder fault current in a distribution substation. This article adopts Thevenin theory as the basis of calculation, and narrates them in two ways: the artificial and the computerized algorithm. It leaves aside the artificial and delves the computerized algorithm.  The latter is divided for two computerized algorithm - separate and all of equipment. In the computerized algorithm, all data inputting, procedure steps, and report form were carefully been designed by MATLAB application software. As for data Inputting refers to the specification parameters of equipment component. The characteristics of this article are described with both text and Fig. to achieve operation simple and understanding easy. References include a representative textbook and several journal articles. Verify with real cases and reveal the pros and cons of artificial and program algorithms. The purpose of this article is to discard waste - an artificial calculation that is time - consuming, cumbersome and prone to clerical errors. The computer programs algorithm can compensates for defects and improves accuracy and timeliness. This method has been proven to be an economical design aid tool that is of great help to maintenance or designers in the field of electrical engineering.

Single - line diagram Interrupting current capacity circuit breaker Fault current MATLAB application software Thevenin equivalent resistance

Cited by 2

Diagnosing Potentially Abnormal Attribute of Power Transformers Method

Ming-Jong Lin · Journal of Engineering Research and Reports · 2022

Design Standardized Program to Calculate the Related Data from Single Load on Single Feeder

Ming-Jong Lin · Asian Journal of Research in Computer Science · 2021

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