1Hydropower Plant System The following nametag is specification of a generator in a hydropower plant. MITSUBISHI AC GENERATOR Output Voltage 84.5 MVA 11 kV Current 4435 A Frequency Speed Power Factor 50 Hz 600 RPM 0.86 | Calculate the generated peak voltage. | Calculate real power of the following generator. How many pair-of-poles installed in the generator? Why does not the generator consist of one pair-of-poles only? JWhy for water turbine the speed is 6oo rpm not 3000 rpm such as in steam turbine? a. b. C. d. е. f. Explain why the turbine is located below the generator.
1Hydropower Plant System The following nametag is specification of a generator in a hydropower plant. MITSUBISHI AC GENERATOR Output Voltage 84.5 MVA 11 kV Current 4435 A Frequency Speed Power Factor 50 Hz 600 RPM 0.86 | Calculate the generated peak voltage. | Calculate real power of the following generator. How many pair-of-poles installed in the generator? Why does not the generator consist of one pair-of-poles only? JWhy for water turbine the speed is 6oo rpm not 3000 rpm such as in steam turbine? a. b. C. d. е. f. Explain why the turbine is located below the generator.
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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Transcribed Image Text:THydropower Plant System
The following nametag is specification of a generator in a hydropower plant.
MITSUBISHI AC GENERATOR
Output
Voltage
4.
84.5 MVA
11 kV
Current
Frequency
Speed
Power Factor
4435 A
50 Hz
600 RPM
0.86
|Calculate the generated peak voltage.
| Calculate real power of the following generator.
How many pair-of-poles installed in the generator?
Why does not the generator consist of one pair-of-poles only?
J Why for water turbine the speed is 600 rpm not 3000 rpm such as in steam
turbine?
a.
b.
C.
d.
е.
f.
Explain why the turbine is located below the generator.
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