Analysis of Neutral Conductor Power Loss of PLN ULP Aek Nabara Distribution Transformer Distribution Substation An.02 and An.92
Keywords:
Unbalanced Load, Current of Neutral, Energy loss.Abstract
In the distribution of electrical energy to consumers, energy loss or energy loss occurs. Energy loss or energy loss occurs. In an electrical system, energy losses inevitably occur. This is because there is a barrier in the conductor which is a natural property of the issue. The process of calculating energy losses involves many calculations on the problem due to the extensive distribution network. Therefore, we need a way to calculate losses, by measuring distribution substations, calculating voltage drops, and calculating line resistance to calculate peak and average power losses using the ETAP application. The aim of this research is to determine the power lost due to unbalanced loads and this affecting the conductor. Next, calculate the power lost due to the transformer’s limp loading and the current flowing to the neutral. The results obtained are that the losses in the transformer distributed in a limping condition are greater than in a balanced load because the transformer works in conditions that are not optimal and the conductors are damaged more quickly due to the unevenly distributed load.
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