The State Grid Shanghai Energy Internet Research Institute has applied for a patent for an energy storage-based virtual power plant optimization scheduling method, aimed at enhancing the grid’s peak-shaving capacity and flexibility. According to information from the National Intellectual Property Administration, the patent, titled “A Method, Device, Equipment, and Medium for Optimizing the Scheduling of Energy Storage-Based Virtual Power Plants,” was published under the number CN 119624027 A, with the application date recorded as December 2024.
The patent abstract indicates that the invention pertains to an optimization scheduling method for energy storage-based virtual power plants. This method includes the establishment of a dynamic time-of-use pricing model based on a fuzzy membership function. It aims to create an optimization model for the virtual power plant, focusing on maximizing the operational revenue of energy storage devices. The scheduling decisions are made using a rolling optimization scheduling approach based on this model. This innovation is expected to improve the peak-shaving capability and flexibility of the power grid, thereby ensuring reliable electricity supply.
Data from Tianyancha reveals that the State Grid Shanghai Energy Internet Research Institute, established in 2018 and located in Shanghai, primarily engages in the production and supply of electricity and heat. The registered capital of the company is 600 million RMB, which is also the paid-in capital. Analysis shows that the institute has participated in 397 bidding projects and holds 567 patent records, along with 7 trademark registrations and 4 administrative licenses.
This article is sourced from Jrj.com.
