A single jet Pelton wheel is required to drive a generator to develop 10Mw. The available head at the nozzle is 762m. Assuming electric generator efficiency is 95%, Pelton wheel efficiency 87%, coefficient of velocity 0.97, mean bucket velocity 0.46 of the jet velocity, outlet bucket angle 15° and the friction of bucket reduces the relative velocity by 15%, find (a) the flow rate of water through turbine (b) the diameter of the jet (c) the force exerted by the jet to the nozzle. 7- A single jet Pelton wheel is required to drive a generator to develop 10MW. Theavailable head at the nozzle is 762m. Assuming electric generator efficiency is 95%,Pelton wheel efficiency 87%, coefficient of velocity 0.97, mean bucket velocity 0.46of the jet velocity, outlet bucket angle 15° and the friction of bucket reduces therelative velocity by 15%, find (a) the flow rate of water through turbine (b) thediameter of the jet (c) the force exerted by the jet to the nozzle.

Unlike the classic overshot water wheel, which collects energy from the dead weight of moving water,…

Answered: A single jet Pelton wheel is required…

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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A single jet Pelton wheel is required to drive a generator to develop 10Mw. The available head at the nozzle is 762m. Assuming electric generator efficiency is 95%, Pelton wheel efficiency 87%, coefficient of velocity 0.97, mean bucket velocity 0.46 of the jet velocity, outlet bucket angle 15° and the friction of bucket reduces the relative velocity by 15%, find (a) the flow rate of water through turbine (b) the diameter of the jet (c) the force exerted by the jet to the nozzle.

7- A single jet Pelton wheel is required to drive a generator to develop 10MW. The
available head at the nozzle is 762m. Assuming electric generator efficiency is 95%,
Pelton wheel efficiency 87%, coefficient of velocity 0.97, mean bucket velocity 0.46
of the jet velocity, outlet bucket angle 15° and the friction of bucket reduces the
relative velocity by 15%, find (a) the flow rate of water through turbine (b) the
diameter of the jet (c) the force exerted by the jet to the nozzle.

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