Feasibility Evaluation of Virtual Power Plant Participating in Rural Energy Internet Under Layered Typical Application Scenarios -- a Case Study of Lankao, Henan Province

Under the background of the continuous promotion of Henan Lankao energy Internet, there are problems that new energy can not be effectively utilized and the utilization efficiency is not high. However, the virtual power plant can solve this problem by optimizing the output of distributed generation to participate in the energy Internet. Therefore, this paper evaluates the feasibility of virtual power plant participating in the energy Internet under layered typical application scenarios. Firstly, from the perspective of horizontal zoning and vertical stratification, the typical application scenario of virtual power plant participating in rural energy Internet is designed. Then, considering multiple uncertainties, the business model of virtual power plant participating in rural energy internet in different stages is designed. Furthermore, the probability hesitation fuzzy multi-attribute decision-making method is used to study the feasibility of virtual power plant participating in rural energy internet. Finally, taking Henan Lankao as an example, the example results verify the effectiveness of the model