A Smart Task Scheduling Strategy of Orderly Power Utilization based on Priority

To the pressure caused by the improvement of the collection frequency in the course of high-frequency electrical load collection of orderly power utilization management platform, considering the existing channel carrying capacity, the number of concurrent tasks, collection frequency of tasks, the real-time performance of task execution and so on, this paper proposes a smart task scheduling strategy of orderly power utilization based on priority. Different task execution cycles setting for different priority tasks to make sure that high-priority tasks are timely implemented and the low-priority tasks are executed for the remainder of the execution cycle of high-priority tasks to take full advantage of channel resources and reduce the total task execution time. The actual application shows that the proposed strategy is efficient and feasible to achieve high-frequency real-time load collection and collection frequency is one minute while ensuring load collection tasks of common electric power users be performed.