The paper focuses on the solution of the minimum loss reconfiguration problem of distribution networks, including embedded generation, by means of a mixed integer linear programming (MILP) model. The proposed model takes into account typical operating constraints of distribution networks (radial configuration, branch ampacity limits and bus voltage requirements). The accuracy of the results and the computational performances of the proposed MILP model are evaluated by making reference to test networks already adopted in the literature for the problem of interest.

A MIXED INTEGER LINEAR PROGRAMMING APPROACH TO THE OPTIMAL CONFIGURATION OF ELECTRICAL DISTRIBUTION NETWORKS WITH EMBEDDED GENERATORS

BORGHETTI, ALBERTO;NUCCI, CARLO ALBERTO
2011

Abstract

The paper focuses on the solution of the minimum loss reconfiguration problem of distribution networks, including embedded generation, by means of a mixed integer linear programming (MILP) model. The proposed model takes into account typical operating constraints of distribution networks (radial configuration, branch ampacity limits and bus voltage requirements). The accuracy of the results and the computational performances of the proposed MILP model are evaluated by making reference to test networks already adopted in the literature for the problem of interest.
2011
PSCC 2011 Stockhom
1
8
A. Borghetti; M. Paolone; C.A. Nucci
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Utilizza questo identificativo per citare o creare un link a questo documento: https://hdl.handle.net/11585/106898
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