A 100MVA, 50HZ turbo generator operates at no load at 3000 rpm. A load of 25MW is suddenly applied to machane and steam value to the turbine commences to open aficr 0.6 scc due to governor timc lag. Assuming inertia constant H=5 kWsec/kVA of the generator rating. Frequency (in-Hz) to which steam flow commences to meet the new load? (49.25 42)
A 100MVA, 50HZ turbo generator operates at no load at 3000 rpm. A load of 25MW is suddenly applied to machane and steam value to the turbine commences to open aficr 0.6 scc due to governor timc lag. Assuming inertia constant H=5 kWsec/kVA of the generator rating. Frequency (in-Hz) to which steam flow commences to meet the new load? (49.25 42)
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Transcribed Image Text:A 100MVA, 50HZ turbo generator operates at no load at 3000 rpm. A load of 25MW is suddenly applied
to machane and steam value to the turbine commences to open aficr 0.6 scc due to governor timc lag.
Assuming imertia constant H=5 kWsec/kVA of the generator rating. Frequency (in.Hz) to which steam.
(49.25 42)
flow commences to meet the new load?
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