The goal of striving for"carbon neutrality"by 2060 is proposed in China.For this purpose

the construction of energy internet with new and renewable energy as the main body is essential.Reasonable allocation of wind and solar energy storage facilities can maximize the utilization rate of equipment and

at the same time

meet the demand of carbon neutral.In this paper

a kind of energy internet configuration method under carbon neutral scenario is proposed.Firstly

the wind energy

photovoltaic and energy storage are modeled respectively to confirm the output calculation formula and constraints.Then

the reliability research of the energy is carried out to determine the wind-solar-storage configuration equation meeting the load demand.All the feasible solutions are calculated

and then the solution is optimized by using the idea of iteration.Finally

the carbon economy constraints are taken into account and the optimal solution with the lowest net present value is obtained.In his paper

the meteorological data of Tianjin Sino-Singapore Ecocity is taken as the base

the effectiveness and results of the algorithm are verified and compared with the common particle swarm optimization algorithm as well as tableu search algorithm.The Experiment shows that the algorithm in this paper has faster calculation speed and higher convergence accuracy.