Application Research on Optimized Scheduling of Distributed Power Supplies in the Innovation of Smart Grid Operation and Distribution Consolidation Mode

Abstract

The construction of smart grid makes more and more distributed power sources penetrate into the power supply system, which has a great impact on the original system software. The full utilization of distributed power sources is closely integrated with the traditional grid reactive power optimization scheduling method, which becomes the focus of grid optimization operation. To alleviate the time coupling problem, a dynamic reactive power optimization scheduling method for distributed power (DG) distribution grids is explicitly proposed. This paper introduces the application status quo of distributed power sources and provides a detailed analysis of the current dynamic reactive power optimization scheduling scheme, and studies the application of distributed power source optimization scheduling in smart grid scheduling system, aiming to provide new ideas for the innovation of camping and distribution coherence mode.