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
5. If the generator sources on prob. 4, (Lecture 4. Per Unit Analysis) are balanced and having a positivesequence.Specs: gen1: Vcb = 13800cis-60Determine the voltage Vab on the generator and use this voltage to solve for the new power factorof the generator and motor.Use bases Sbase=50KVA and Vbase=110KV at transformer 2.
5. If the generator sources on prob. 4, (Lecture 4. Per Unit Analysis) are balanced and having a positivesequence.
Specs: gen1: Vcb = 13800cis-60
Determine the voltage Vab on the generator and use this voltage to solve for the new power factor
of the generator and motor.
Use bases Sbase=50KVA and Vbase=110KV at transformer 2.
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 48 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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