The voltage of a 2 wire de system is raised from 200 V to 400 V. For the same power transmitted over the same distance and for the same power loss, the saving in conductor copper will be

Related MCQs

• The voltage of a 2 wire de system is raised from 200 V to 400 V. For the same power transmitted over the same distance and for the same power loss, the saving in conductor copper will be
• If K be the volume of conductor for two wire dc system, then for the same voltage the volume of conductor for 3 wire dc system for supplying the same load will be
• If K be the volume of conductor for two wire dc system, then for the same voltage the volume of conductor for 3 wire dc system for supplying the same load will be
• When the power is to be transmitted over a distance of 580 km, the transmission voltage should be in the range
• If 3 MW power is to be transmitted over a distance of 30 km, the desirable transmission voltage will be
• Neglecting losses in a transmission system, if the voltage is doubled for the same power transmission, the weight of conductor material required will be
• The most economic voltage for transmitting given power over a known distance by overhead transmission lines is approximately
• The function of steel wire in a ACSR conductor is
• The highest voltage at which the power is transmitted in India is
• The highest voltage at which the power is transmitted in India is