In this design, if failure occurs in one line, the system equipment automatically re-routes the power.

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Multiple Choice

In this design, if failure occurs in one line, the system equipment automatically re-routes the power.

The situation describes a network-style distribution, where multiple interconnected paths exist and switching devices automatically reconfigure the system to keep power flowing when a fault occurs. In a network arrangement, protective devices (like reclosers and tie switches) sense the fault and open or close to route power along alternate paths, so service to loads can continue even if one line goes down. Radial systems have a single path from source to load, so a fault breaks service with no automatic reroute. A loop can provide redundancy but isn’t inherently about automatic reconfiguration to keep power flowing across the whole network. Mesh concepts describe many interconnections, but the standard term used for automatic re-routing in distribution is a network.

The situation describes a network-style distribution, where multiple interconnected paths exist and switching devices automatically reconfigure the system to keep power flowing when a fault occurs. In a network arrangement, protective devices (like reclosers and tie switches) sense the fault and open or close to route power along alternate paths, so service to loads can continue even if one line goes down.

Radial systems have a single path from source to load, so a fault breaks service with no automatic reroute. A loop can provide redundancy but isn’t inherently about automatic reconfiguration to keep power flowing across the whole network. Mesh concepts describe many interconnections, but the standard term used for automatic re-routing in distribution is a network.

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