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and (c) 2 m3/sec for 6 months: (i) If the site is developed as a run-of-river type of plant, without storage, determine the standby capacity to be provided. Assume that overall efficiency of the plant is 85%. (ii) If a reservoir is arranged upstream, will any standby unit be necessary, and what is the excess power?

and (c) 2 m3/sec for 6 months: (i) If the site is developed as a run-of-river type of plant, without storage, determine the standby capacity to be provided. Assume that overall efficiency of the plant is 85%. (ii) If a reservoir is arranged upstream, will any standby unit be necessary, and what is the excess power?

Structural Analysis
Structural Analysis
6th Edition
ISBN:9781337630931
Author:KASSIMALI, Aslam.
Publisher:KASSIMALI, Aslam.
Chapter2: Loads On Structures
Section: Chapter Questions
Problem 1P
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A factory is located near a waterfall where the usable head for power generation is 26 m. The factory requires continuous power of 500 kW throughout the year. The river flow in a year is (a) 6 m3/sec for 6 months, and (c) 2 m3/sec for 6 months: (i) If the site is developed as a run-of-river type of plant, without storage, determine the standby capacity to be provided. Assume that overall efficiency of the plant is 85%. (ii) If a reservoir is arranged upstream, will any standby unit be necessary, and what is the excess power?
Transcribed Image Text:A factory is located near a waterfall where the usable head for power generation is 26 m. The factory requires continuous power of 500 kW throughout the year. The river flow in a year is (a) 6 m3/sec for 6 months, and (c) 2 m3/sec for 6 months: (i) If the site is developed as a run-of-river type of plant, without storage, determine the standby capacity to be provided. Assume that overall efficiency of the plant is 85%. (ii) If a reservoir is arranged upstream, will any standby unit be necessary, and what is the excess power?
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