Please provide a step by step solution to the
problem. Please explain how the problem is solved so I would understand how to solve it. Thank you
if the fault occurs at the motor terminals, compute for the fault current and
rupturing capacity in MVA.
rupturing capacity in MVA.
Please Provide A Step By Step Solution To The Problem Please Explain How The Problem Is Solved So I Would Understand Ho 1 (20.91 KiB) Viewed 38 times
Given the SLD of a 60 Hz, 3phase, 3 wire system with the following specifications below. A simple power system shown below consisting of one synchronous generator and one synchronous motor connected by two transformers and a transmission line. Create a per-phase, per-unit equivalent circuit for this power system using base apparent power of 100 MVA and base line voltage @ the generator G, of 13.8 KV. G1 01 ratings: 100 MVA Xs - 0.9 pu 13.8 KV 1 T1 12 T1 ratings 100 MVA Xs-0.00 pu 13.8 KV/110KV L1 mar L1 impedance: R-15 ohms X-75 ohms B 3 T2 ratings: 50 MVA Xs=0.01 pu 120 KV/14.4KV M2 2 M2 ratings 100 MVA Xs s.1.4.pu 13.8 KV
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