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)
Related questions
Question
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?
Expert Solution
This question has been solved!
Explore an expertly crafted, step-by-step solution for a thorough understanding of key concepts.
This is a popular solution!
Trending now
This is a popular solution!
Step by step
Solved in 2 steps
