Abstract: A method for simulating the configuration of an electrical power network for robust power restoration method is described. The method involves analyzing an electrical network topology in respect of electrical power sources, electrical bridges and other associated data, such as safety data, loss data, etc. The method determining a set of virtual paths within a mesh electrical power network, the network having a plurality of sources of electrical power. Each of the virtual paths allowing determination of suitable locations for provisioning at least a non-conducting electrical bridge. The method allowing the state of the electrical bridges to be modified to restore power when a fault is detected within the electrical power network.

Abstract: A robust power restoration method is described. The method involves establishing a set of virtual paths within a mesh network having at least two sources of electrical power. Each of the virtual paths is used to determine a suitable location for a non-conducting electrical bridge. When a fault is detected within the network, the state of the electrical bridges is modified to restore power.

Abstract: A method for simulating the configuration of an electrical power network for robust power restoration method is described. The method involves analyzing an electrical network topology in respect of electrical power sources, electrical bridges and other associated data, such as safety data, loss data, etc. The method determining a set of virtual paths within a mesh electrical power network, the network having a plurality of sources of electrical power. Each of the virtual paths allowing determination of suitable locations for provisioning at least a non-conducting electrical bridge. The method allowing the state of the electrical bridges to be modified to restore power when a fault is detected within the electrical power network.

Abstract: A robust power restoration method is described. The method involves establishing a set of virtual paths within a mesh network having at least two sources of electrical power. Each of the virtual paths is used to determine a suitable location for a non-conducting electrical bridge. When a fault is detected within the network, the state of the electrical bridges is modified to restore power.