Optimal Operation of Distribution Network with Distributed Wind Power Efficient Consumption Accounting for Demand Response

After large-scale access of wind power to the distribution network, how to improve the ability of distributed wind power consumption under the premise of ensuring the safe operation of the system is an urgent problem to be solved. This paper constructs an optimal operation model that aims to achieve efficient consumption of wind power resources, improve demand response utilization and voltage quality at grid-connected points. The hybrid integer second-order cone programming method based on multi-objective collaborative optimization of distribution network with distributed wind power makes the optimization problem efficient, fast and accurate. In the example test of the extended IEEE 33 node system, the feasibility of the proposed distributed wind power grid-connected optimization operation method was tested.