A New Non-Iterative Method for Collaborative Optimization Model Considering Coordination of Active Distribution Network and Multi Agents

Active distribution network is one of the important means to promote the safe consumption of clean energy and realize the sustainable development of power grid in the future. This paper presents a new non-iterative method for collaborative optimization model considering coordination of active distribution network and multi agents. Firstly, taking the technical economy of active distribution network as the objective, the optimization model of active distribution network is established, and the second-order cone relaxation is used to realize the non-convex constraint transformation of the model. Secondly, the optimization model of agent is established with the goal of the lowest total energy consumption cost, and then a three-layer optimization architecture of multi agents is proposed. Thirdly, fully considering the active distribution network and multi-agent information energy interaction, a non iterative collaborative optimization method based on the theory of parametric linear programming is proposed. Finally, the effectiveness of the model and algorithm proposed in this paper is verified through example analysis.