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 1.57 W 0.8 W 2 W 1.25 W 1.57 W 0.8 W 2 W ANSWER DOWNLOAD EXAMIANS APP
Economics of Power Generation The fixed cost of energy generated Depends on maximum demand None of the listed here Depends on units generated Indepemdent of max demand and units generated Depends on maximum demand None of the listed here Depends on units generated Indepemdent of max demand and units generated ANSWER DOWNLOAD EXAMIANS APP
Economics of Power Generation When the power factor is unity, the relation between line currnet I and supply voltage V is I leads V by 90° I is in phase with V I lags V by 90° None of the listed here I leads V by 90° I is in phase with V I lags V by 90° None of the listed here ANSWER DOWNLOAD EXAMIANS APP
Economics of Power Generation Which plant can never have 100 percent load factor? Base load plant Hydroelectric plant Peak load plant Nuclear power plant Base load plant Hydroelectric plant Peak load plant Nuclear power plant ANSWER DOWNLOAD EXAMIANS APP
Economics of Power Generation Large capacity generators are invariably Water cooled Forced air cooled Natural air cooled Hydrogen cooled Water cooled Forced air cooled Natural air cooled Hydrogen cooled ANSWER DOWNLOAD EXAMIANS APP
Economics of Power Generation Load curve helps in deciding all of the listed here total installed capacity of the plant operating schedule of generating units sizes of the generating units all of the listed here total installed capacity of the plant operating schedule of generating units sizes of the generating units ANSWER DOWNLOAD EXAMIANS APP
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