Research on the Optimal Operation Method of Energy System in Industrial Parks Considering Carbon Trading and Economy
In order to better help industrial parks solve the problem of energy system planning, this paper proposes an optimal planning model of energy system in industrial parks that takes into account both low-carbon and economic properties, and constructs an energy supply system architecture composed of electricity, heat and natural gas based on the energy supply demand of industrial parks, and constructs a complete energy system model considering energy transmission losses. On this basis, combined with the diversified development needs of the park, the optimization planning goal of energy system taking into account both economy and energy saving is designed. Combined with the requirements of different energy planning scenarios, the energy optimization planning model of the industrial park proposed in this paper is verified by simulation software, and the example shows that the established model has multi-objective adaptability and can meet the comprehensive needs of the park for multi-directional design goals such as economy and energy saving.
industrial parkmulti-objective optimizationenergy efficiencymodel predictive control
万方数据
维普
