With the increasing penetration rate of distributed power generation in the power grid,the problem of insufficient absorption capacity of new energy appears in many areas.To solve the problem of insufficient absorption capacity of new energy will become the key to the further development of distributed power generation.At the same time,due to the rapid development of 5G technology,5G base stations may become an important magic weapon to solve the problem of new energy consumption.In this paper,the distribution network,distributed generation and 5G base station in a typical southern region are taken as objects to study the new energy partition absorbing technology based on 5G base station.Firstly,the feasibility of using 5G base station to solve the problem of new energy consumption is analyzed.Secondly,the overall consumption of new energy was taken as the objective function,and constraints such as the upper limit of photovoltaic power generation output,the upper limit of baseband processing unit computing capacity and the transfer delay of computing tasks were taken into account for modeling.Then,genetic algorithm is used to solve the model.Finally,a practical example is given to verify the effectiveness of the model.
关键词
分布式发电/5G基站/新能源消纳/遗传算法
Key words
distributed power generation/5G base station/new energy consumption/genetic algorithm
维普
万方数据