Grid-Level Data Oriented Real-Time Automatic Calculation and Storage Method

The intelligent grid dispatch automation system has a high demand for system computing capabilities. The current system lacks automatic calculation and storage capabilities for real-time monitoring objects at the grid level. The model construction and automatic calculation of the calculation and analysis of grid monitoring objects require extensive manual maintenance, which fails to meet the demands of an expanding grid scale. We propose a grid object-oriented automatic calculation method based on abstract rule grammar. First, according to the object-oriented modeling principle, the calculation logic and calculation result storage model are designed, providing a modeling foundation for calculation data; second, an abstract rule grammar is designed to support the electronic description of calculation logic; finally, the parsing algorithm of abstract description of object calculation rules is discussed, and the common statistical algorithms for grid objects are presented to demonstrate the completeness and feasibility of the abstract rule grammar.