Height of dam = 210 m Flow rate = 80 m3/s g = 9,81 m/s21 m3 of water = 1000 liter Efficiency of penstock = 0,91 (Efficiency of Turbin) np = 0.93 (Efficiency of Transformer) = 0,96 Efficiency of Transmission = 0,82 Q1. 8 homogeneous penstock was established on Keban Dam based on the above information. Find the power of a penstock Q2. How many MW can be assumed the power of generator? Suggest the power of the design Q3.Calculate the efficiency of the system if the efficiency of the generator = 0.84

Height of dam = 210 m Flow rate = 80 m3/s g = 9,81 m/s21 m3 of water = 1000 liter Efficiency of penstock = 0,91 (Efficiency of Turbin) np = 0.93 (Efficiency of Transformer) = 0,96 Efficiency of Transmission = 0,82 Q1. 8 homogeneous penstock was established on Keban Dam based on the above information. Find the power of a penstock Q2. How many MW can be assumed the power of generator? Suggest the power of the design Q3.Calculate the efficiency of the system if the efficiency of the generator = 0.84

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

See similar textbooks

Similar questions

In a casting machining company, it takes an operator 15 seconds to load and 15 seconds to unload each machining center. There are several same centers, all working on the same type of part, and the duration of the automatic operation is 1 minute. Given that the cost per hour of the operator and the cost per hour of the machine is $10, using the man-machine diagram, determine the value of the highest production rate for the system.
Provide any six important skills required for the design of plant layout and piping design.
In winter season, he chemical observed a snow from a pavement that is being scooped up to a height of 40 ft by an endless bucket-scoop. and is then dropped into a container. He noticed that, at the highest point, the snow moves at 3 k’s. A total of 66 hp is needed to scoop snow at the rate of 100 lb’’s. Assuming a loss of 10% due to friction, calculate the percentage of tool work need to melt and break up the snow.
A CNC milling machine has a purchase price of £120,000 and it is considered from an accounting standpoint to be depreciated to zero value over a period of 5 years. If the machine is to be used for 2 shifts with each shift working for 37 hours/ week and 45 weeks/ year. What is the machine cost/ hr which must be charged in order to amortise/repay the costs over the 5 year period? To make the calculation simpler, you can assume that over the 5 year period you will be required to pay back 8% interest on the sum borrowed. Express your answer in § / hour rounded up to the nearest penny
I need accurate answer
Q. Discuss different types of Layout planning in manufacturing unit with example.
Cushion is an area throughout some workstations & tasks in manufacturing processes. Evaluate the statement below, agree or disagree? "Larger cushion is always better for manufacturing processes"
How does serpentine robots may affect an industry?
A Company produces mechanical probe to update OWSVS (Offensive-Warfare-Support- Vehicle- Systems). For the process of making a mechanical probe, 10 process steps are needed. It is calculated that the scrap rate and rework rate are 12% and 9%, respectively. The average setup time, average machining (operational) time and the average non- operational time can be expressed as: 2.4 hours, 9.6 minutes, and 9.6 hours, respectively. a) With a batch size of 520 mechanical probes, what must be Manufacturing Lead Time (MLT) in hours? b) With 8 hours per shift and two shifts per day, if the plant works 5 days a week, what is the MLT in weeks? c) If the availability factor can be expressed as 81%, then what must be the value of MLT? (in hours and weeks)
Describe processes occur in a certain direction, and not in the reverse direction.
Explain what is GMP?
Can you please explain how to find the velocity using the methods described? And also why it's done that way? This is from Introduction to robotics mecahnics and controls. Please help ;( !