Abstract
Making reasonable regional carbon dioxide emission reduction plan is the only way to realize the sustainable development of China's power industry. Therefore, on the basis of fully considering the potential of energy saving and emission reduction of regional electric power, the space of structural emission reduction and the feasibility of Engineering emission reduction, and considering the power demand of regional economic development, the plan of carbon dioxide emission reduction of electric power is formulated to give full play to the environmental protection advantages of distributed generation, which has strong practical application value and guiding significance. In this paper, a multi-objective programming method for multi-distributed power grids based on quantum genetic algorithm and multi-objective optimization strategy is proposed. By planning distributed power supply reasonably, this method not only reduces carbon emissions, but also takes into account the economy of distribution network construction.
