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 1.25 W 0.8 W 2 W 1.57 W ANSWER DOWNLOAD EXAMIANS APP
Economics of Power Generation When power factor is improved, the lagging kVAR drawn from the supply will Remains same None of the listed here Increase Decrease Remains same None of the listed here Increase Decrease ANSWER DOWNLOAD EXAMIANS APP
Economics of Power Generation Load factor of a power station is generally equal to unity more than unity equal to zero Diversity factor is always less than unity equal to unity more than unity equal to zero Diversity factor is always less than unity ANSWER DOWNLOAD EXAMIANS APP
Economics of Power Generation The straight line method for calculating depreciation is based on the assumption that depreciation charge is Is less in early years Is more in later years Is more in early years Constant every year Is less in early years Is more in later years Is more in early years Constant every year ANSWER DOWNLOAD EXAMIANS APP
Economics of Power Generation The most economical power factor for a consumer is generally 0.75 lagging 0.6 lagging 1 0.95 lagging 0.75 lagging 0.6 lagging 1 0.95 lagging ANSWER DOWNLOAD EXAMIANS APP
Economics of Power Generation The connected load of a domestic consumer is around 40 kW 5 kW 120 kW 80 kW 40 kW 5 kW 120 kW 80 kW ANSWER DOWNLOAD EXAMIANS APP
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