Optimal Radial Distribution Network Reconfiguration Scheme Considering Type Two Distributed Generation Placement to Mitigate Power Losses and Voltage Profile Improvement

Leo S. S., Erone E. M.

Abstract


This research aimed to develop an optimal radial distribution network reconfiguration scheme considering type two distributed generation placement to mitigate power losses and improve voltage profile. The backward/Forward Sweep power flow method will be used to evaluate the steady state condition of the system.  A meta-heuristic Spring Search Optimization algorithm technique inspired by three distinctive modes: the snuffling mode, sprawling mode, and random behavior will be used for optimal network reconfiguration and DG placement and sizing on a standard IEEE radial distribution network. This research work will be implemented using MATLAB 2019a. The effectiveness of this technique was tested on standard IEEE 16-bus, 33-bus, and 69-bus radial distribution networks.  Four scenarios will be analyzed, the total base case power losses and minimum voltage of IEEE 16, 33, and 69-bus network prior to and after network reconfiguration and distributed generation placement on each scenario. The result will be validated via comparison with the work of using active and reactive power loss and voltage profiles as performance metrics.


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