考虑碳排放约束的工业园区高耗能负荷互动决策方法OA

Achieving multi-dimensional load optimization and interaction with the power grid while meeting carbon constraints is a problem that energy-intensive industrial users need to solve in the energy management.Therefore,an interactive decision-making method for energy-intensive industrial loads considering load scheduling priorities and carbon emission constraints is proposed.First,starting from the three dimensions of economic benefits,environmental impact,and power system stability,a comprehensive evaluation system for load scheduling is constructed to assess the priority of energy-intensive industrial loads participating in scheduling optimization.Then,an interactive decision-making model of industrial load considering carbon emission cost is proposed,and the enhanced rime optimization algorithm is used to solve the optimization problem,achieving efficient solution and accuracy improvement.The case analysis verifies that the proposed method can effectively reduce the scheduling cost of industrial parks in typical peak-shaving scenarios,and guide energy-intensive industries to reduce carbon emissions.