Commit 1e21ecda authored by Alberto Dognini's avatar Alberto Dognini
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minor typos corrected

parent d5a7da01
......@@ -5,8 +5,8 @@
The service restoration aims at reconfiguring the electrical network after the occurrence of faults, in which the protection system coordinates the tripping of circuit breakers upstream and downstream of the fault location.
Distribution networks are managed with radial scheme; therefore, the nodes downstream of the faulted zone become de-energized and they have to be re-powered from an alternative source.
The algorithm present in this repository considers, among the de-energized nodes, the one with highest priority as target for the restoration and identifies which is the most suitable primary substation to energize it, by closing the normally open bus-tie unit.
The restoration schemes from each substation toward the target node are evaluated with a state estimation approach (which also allows to check the voltage, thermal and radiality constraints); the algorithm considers total power losses and utilization of the most consumed electrical lines as objectives included in the Multi-Critera Decision Making (MCDM) approach, setted by the users.
Once the selected tie unit successfully closes, the process repeats untill all the de-energized loads are restored or the constraints are violated. The algorithm is able to manages multiple/cascade faults in active distribution grids (with Distributed Energy Resources).
The restoration schemes from each substation toward the target node are evaluated with a state estimation approach (which also allows to check the voltage, thermal and radiality constraints); the algorithm considers total power losses and utilization of the most consumed electrical lines as objectives included in the Multi-Critera Decision Making (MCDM) approach, set by the users.
Once the selected tie unit successfully closes, the process repeats until all the de-energized loads are restored or the constraints are violated. The algorithm is able to manages multiple/cascade faults in active distribution grids (with Distributed Energy Resources).
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