Browsing by Author "R, R.R."

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    Impact analysis of single line to ground fault on industrial loads using typhoon hil
    (Springer Science and Business Media Deutschland GmbH, 2021) Kanna, R.R.; R, R.R.; Dominic D, D.A.
    The demand for electrical power is now increasingly growing day by day, which results in the transition of enormous power by increasing the ability of the transmission line from one location to another. As a result of the development of the structure of the power grid, detecting power system transmission line faults every year becomes a challenging task as the system becomes more complicated. Controlling and monitoring of power systems are inevitable due to the constant growth of the power system network. In order to find the correct decision, to search for any possible problems and fault conditions in a broad interconnected network, modeling and analysis of the power system have become significant. On the overhead transmission line, a fault will rise while the two or more of transmission lines touch each other. Generally, the faults in overhead transmission lines can be categorized as the line to ground fault, the line to line fault, double line to ground fault and three-phase faults. Single line ground faults mostly occur in the distribution network. The main purpose of this work is to study or explore the single line to ground fault and recognize the impact of the transmission line fault along with the industrial load under different loading conditions that is joined with transmission line according to the distance variation using Typhoon HIL. © The Author(s), under exclusive license to Springer Nature Singapore Pte Ltd. 2021.