Abstract:
With the proposal of the "double carbon" goal and the large-scale access of clean energy, higher requirements have been put forward in terms of demand side load resource management and power system supply-demand balance, the development of new power load management has attracted more and more attention. Based on the research idea of "self-organization and self-regulation" and the regulation concept of " partitioned aggregation and hierarchical control", this paper proposes a hierarchical and partitioned dynamic regulation architecture to support the implementation of a new power load management system. Firstly, this paper expounds the research status and development needs of hierarchical and partitioned architecture, and then introduces the key technologies and applications of improved hierarchical and partitioned dynamic regulation, including load adjustable potential analysis method, dynamic adjustable load resource pool management and incentive transmission mechanism. Finally, the standardized construction of hierarchical and partitioned dynamic regulation architecture is carried out, which provides new ideas for improving the operation level of power grid and accelerating the development of new power load management system in the future.