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Q2: Determine, the subtransient current in the fault F, the subtransient current in the breaker B, the momentary current in the breaker B, and the current to be interrupted by breaker B in 3 cycles (Assume S = 50 MVA).

Q2: Determine, the subtransient current in the fault F, the subtransient current in the breaker B, the momentary current in the breaker B, and the current to be interrupted by breaker B in 3 cycles (Assume S = 50 MVA).

Introductory Circuit Analysis (13th Edition)
Introductory Circuit Analysis (13th Edition)
13th Edition
ISBN:9780133923605
Author:Robert L. Boylestad
Publisher:Robert L. Boylestad
Chapter1: Introduction
Section: Chapter Questions
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Q2: Determine, the subtransient current in the fault F, the subtransient current in the breaker B, the momentary current in the breaker B, and the current to be interrupted by breaker B in 3 cycles (Assume S = 50 MVA). 50 MVA 45 KV X-15% G₂ M: 50 MVA 11 kV X-20% T₂ 8101 50 MVA (11/33) KV X=10% 25 MVA 11 kv N=16% X=22%a TL 50 MVA X-20% T₁ the Ö 50 MVA (33/4.5) KV X-10% • 0 0 = 25 MVA 4.5 kV X-18% X-25% Gi Mi
Transcribed Image Text:Q2: Determine, the subtransient current in the fault F, the subtransient current in the breaker B, the momentary current in the breaker B, and the current to be interrupted by breaker B in 3 cycles (Assume S = 50 MVA). 50 MVA 45 KV X-15% G₂ M: 50 MVA 11 kV X-20% T₂ 8101 50 MVA (11/33) KV X=10% 25 MVA 11 kv N=16% X=22%a TL 50 MVA X-20% T₁ the Ö 50 MVA (33/4.5) KV X-10% • 0 0 = 25 MVA 4.5 kV X-18% X-25% Gi Mi
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