Example: A single-phase, 100-kV A, 1000:100-V, 60-Hz transformer has the following test results: Open-circuit test (HV side open): 100 V, 6 A, 400 W Short-circuit test (LV side shorted): 50 V, 100 A,...

Example: A single-phase, 100-kV A, 1000:100-V, 60-Hz transformer has the following test results: Open-circuit test (HV side open): 100 V, 6 A, 400 W Short-circuit test (LV side shorted): 50 V, 100 A, 1800 W * Draw the equivalent circuit of the transformer referred to the high- voltage side. Label impedances numerically in ohms and in per unit. » Determine the voltage regulation at rated secondary current with 0.6 power factor lagging. Assume the primary is supplied with rated voltage * Determine the efficiency of the transformer when the secondary current is 75% of its rated value and the power factor at the load is 0.8 lagging with a secondary voltage of 98 V across the load 55 EMI Transformers Dr Thamir Hassan ATYIA Tikrit University
Example: A single-phase, 100-kVA, 1000:100-V, 60-Hz transformer<br>has the following test results:<br>Open-circuit test (HV side open): 100 V, 6 A, 400 W<br>Short-circuit test (LV side shorted): 50 V, 100 A, 1800 W<br>Draw the equivalent circuit of the transformer referred to the high-<br>voltage side. Label impedances numerically in ohms and in per<br>unit.<br>Determine the voltage regulation at rated secondary current with<br>0.6 power factor lagging. Assume the primary is supplied with<br>rated voltage<br>Determine the efficiency of the transformer when the secondary<br>current is 75% of its rated value and the power factor at the load is<br>0.8 lagging with a secondary voltage of 98 V across the load<br>55<br>EMI Transformers<br>Dr Thamir Hassan ATYIA<br>Tikrit University<br>

Extracted text: Example: A single-phase, 100-kVA, 1000:100-V, 60-Hz transformer has the following test results: Open-circuit test (HV side open): 100 V, 6 A, 400 W Short-circuit test (LV side shorted): 50 V, 100 A, 1800 W Draw the equivalent circuit of the transformer referred to the high- voltage side. Label impedances numerically in ohms and in per unit. Determine the voltage regulation at rated secondary current with 0.6 power factor lagging. Assume the primary is supplied with rated voltage Determine the efficiency of the transformer when the secondary current is 75% of its rated value and the power factor at the load is 0.8 lagging with a secondary voltage of 98 V across the load 55 EMI Transformers Dr Thamir Hassan ATYIA Tikrit University

Jun 11, 2022
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