Construction of a Real-type Empirical Platform for Flexible Interconnection of Source-grid-load-storage in Distribution Station Areas Facing Multi-flow Fusion
Zhichun Yang, Fan Yang, Yu Liu, Huaidong Min, Yayun Tian · 2024
With the advancement of the construction of new power systems, the operating form of the power grid has changed from “source with load” dispatching model to the “source-grid-load-storage” coordinated, collaborative and interactive, and the application of new equipment and new technologies in the distribution network continues to move toward “energy-”Business is developing in the direction of multi-stream integration. Therefore, it is necessary to carry out adaptability testing and demonstration of new equipment and new technologies to improve the reliability and resource regulation capabilities of the distribution network. To this end, the construction of a real-type empirical platform for source-grid-load-storage flexible interconnection in distribution station areas oriented to multi-stream integration was studied. First, we analyze the construction ideas and content of the true-type empirical platform, then introduce the platform function implementation and testing methods, and finally select typical application scenarios to illustrate. The application of the real-type demonstration platform for source-grid-load-storage flexible interconnection in distribution station areas can solve the problem of insufficient assessment of new equipment in the distribution network and insufficient evaluation of new scenarios, and has broad application prospects.