Power System Load Control Platform Architecture and Data Processing Considering Multi-Type Flexible Resource Access

Aiming to cope with the complex and variable operation status of the new kind of power system, promote the consumption of new energy, and realize the optimized control of multiple types of resources, a new kind of power system load control platform architecture and data processing method adapted to multiple types of flexible resources is proposed in this paper. Firstly, the characteristics and existing problems of the new power system are introduced. It points out that with the rapid development of large-scale distributed energy and energy storage devices, the power system needs more efficient data processing and flexible control. Then, the paper elaborates on the classification and standardized modeling method of multi-type new energy equipment and realizes efficient processing and sharing of various data types through data classification and fusion technology. Finally, the article proposes an interactive service platform for power supply and demand based on cloud architecture, which supports real-time data collection, storage, analysis, and display, meets grid scheduling and operation management needs, and improves the intelligent scheduling of power grids.