A DC 2-wire system with mid-point earthed having cross-sectional area of each conductor be ‘a’ and resistance ‘R1’. If the DC tow wire replaces the system, then the ratio of volume of each conductor V1/V2 will be ___________
A DC 2-wire system with mid-point earthed having cross-sectional area of each conductor be ‘a’ and resistance ‘R1’. If this is replaced by monopolar system, then saving of copper will be ______
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______ voltages can be available from a 3 wire DC distribution system.
A transmission and distribution engineer needed to design the sub transmission substation. The tapping component needed will be ______.
A _________ distribution system is more reliable than the ______ distribution system.
While designing the distribution sub stations by the designer, it is required to use the _______ for the discrete power tapping.
For the single phase 2-wire system, the maximum voltage between the outer wires and earth is ________
For the figure shown, having a 2-wire dc system where mid point is earthed, having resistance of 20 ohms, with a power transmitted of 5 MW at the voltage level of 440 kV.
The power loss of the distribution system will be __________
While designing the distribution to locality of one lac population with medium dense load requirement, we can employ ________.
The ring main distribution system is preferred over radial distribution system because _______.