The Group Acceleration Technology of Power Grid Mode Calculation Adapted to Power Generation Production Simulation

A grouping acceleration principle is proposed to address the challenge of using traditional serial and parallel computing structures to significantly improve computational efficiency in production simulation calculations. This principle is used to process massive power grid calculations after production simulation. Firstly, the existing power generation production simulation is used to transform the ground state method based on the hourly output of power generation load balance data throughout the year, forming a task queue. Based on the computing resource capacity, it is divided into multiple subgroups to form a task matrix. Secondly, a bidirectional matrix parallel computing structure is constructed using multiple computing tasks within each subgroup and the split subgroups as units. Finally, parallel computing in both directions was initiated and completed, achieving a significant improvement in the computational efficiency of production simulation methods.