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 2 W 0.8 W 1.25 W 1.57 W 2 W 0.8 W ANSWER DOWNLOAD EXAMIANS APP
Economics of Power Generation Annual depreciation as per straight line method, is calculated by None of these the capital cost divided by number of year of life the capital cost minus the salvage value, is divided by the number of years of life increasing a uniform sum of money per annum at stipulated rate of interest None of these the capital cost divided by number of year of life the capital cost minus the salvage value, is divided by the number of years of life increasing a uniform sum of money per annum at stipulated rate of interest ANSWER DOWNLOAD EXAMIANS APP
Economics of Power Generation Most fundamental method for calculating the depreciation of equipment is Sinking fund method Straight line method Diminishing value method None of the listed here Sinking fund method Straight line method Diminishing value method None of the listed here ANSWER DOWNLOAD EXAMIANS APP
Economics of Power Generation The connected load of a IVMIM uir consumer is around 120 kW 80 kW 40 kV 5 kW 120 kW 80 kW 40 kV 5 kW ANSWER DOWNLOAD EXAMIANS APP
Economics of Power Generation In which?of the following power plants the maintenance cost is usually high? Diesel engine power plants Thermal power plants Nuclear power plant Hydro-electric power plants Diesel engine power plants Thermal power plants Nuclear power plant Hydro-electric power plants ANSWER DOWNLOAD EXAMIANS APP
Economics of Power Generation In a 3 phase system, the line losses are Invesely proportional tocos Ф None of the listed here Inversely proportional to cos²Ф Directly proportional to cos Ф Invesely proportional tocos Ф None of the listed here Inversely proportional to cos²Ф Directly proportional to cos Ф ANSWER DOWNLOAD EXAMIANS APP
EXAMIANS