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Economics of Power Generation

Economics of Power Generation
An ideal value of power factor is

0.5
0.75
1
0.8

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Economics of Power Generation
When the power factor is improved, the lagging kVAR drawn from the supply will

Remains same
None of the listed here
Decreases
Increase

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Economics of Power Generation
In Hopknison demand rate or two parttariff the demand rate or fixed charges are

dependent upon the energy consumed
both (A) and (B)
neither (A) nor (B)
dependent upon the maximum demand of the consumer

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Economics of Power Generation
In a 3 phase system, the line losses are W at a p. f. Of 1 . If the power factor becomes 0.8 lagging, the losses will becomes

1.25 W
0.8 W
2 W
1.57 W

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Economics of Power Generation
The correct relation in the following is :

Not listed here
kVAR = kW Sin Ф
kVAR = kW tan Ф
kVAR = kW cos Ф

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Economics of Power Generation
Load factor of a power station is generally

equal to unity
equal to zero Diversity factor is always
less than unity
more than unity

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