Multi-objective Planning for Distributed Power Considering Low Carbon Benefits

Abstract Distributed power can effectively alleviate the problems of environmental pollution and energy shortage. Based on consideration low-carbon benefits DG, a multi-objective mathematical model with minimal system carbon dioxide emissions, minimum annual network loss cost, voltage deviation distribution is established for multi-type DG access location capacity. This solved using MOPSO algorithm, which gives planners scientific decision-making basis. The analysis results show that configuration scheme obtained by this method reduce costs, deviation, verifies usefulness algorithm.