A Whole Process Budget Calculation Algorithm for Power Equipment Renovation Projects Considering Importance Deviation

In order to improve the accuracy of budget and the efficiency of resource allocation, a comprehensive power parameter tester is used to collect the previous data of time, cost and resource input in the task execution process of power equipment renovation projects, and the basic data set of forecasting objects is established. Using historical data, comprehensively consider the importance factors of tasks or stages, and judge the importance deviation of each task or stage. Based on the judgment result of importance deviation, the whole process budget calculation model of power equipment renovation project is constructed to complete the whole process budget of power equipment renovation project. The experimental results show that the proposed algorithm can estimate the project cost more accurately and optimize the resource allocation. It is proved that the decision-maker can make and manage the budget plan of the electric power equipment renovation project better according to the budget result given by the algorithm, so as to realize the smooth completion of the project.