Abstract
The optimal distribution network (DN) setup in the modern framework baffles the DN planner, as various technoeconomic impacts need to be analyzed. The prevailing studies urge multiobjective problem formulation to quantify the wide range of technoeconomic performance indices; however, no adequate method is posited to measure the relative influence coefficient of these indices in DN planning. This article proposes a novel method based on the Shannon entropy formula to determine the relative influence level of indices in multiobjective optimally distributed generation unit(s) placement problems. Numerical results have been presented to validate the efficacy of the proposed approach over the previously published strategies.
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