On the afternoon of December 18th, the technical appraisal meeting of the "Transformer Equipment Overhaul Simulation System" project of the Sichuan Provincial Electric Power Research Institute of the State Grid was held in Chengdu. Director of High Output Division of Sichuan Science and Technology Department, Qu Zhimin, Director of Scientific and Technical Information Department of Sichuan Electric Power Company Wang Zhuo, Deputy Director Hu Can, Associate Dean of the Institute of Electrical Engineering Zhang Wei, Li Wei, Identification Commission Zhu Changling, Chen Weigen Seven experts including Xiao Xianyong attended the appraisal meeting.
The "Transformation Equipment Overhaul Simulation System" project started in January 2009 and was completed in March 2010. A total of 3 papers were published in this project, forming a simulation model library for transformers and a simulation process library for transformer overhauls. A simulation training management system for the entire process and an integrated simulation of trainee tools, teaching tools, simulation editors, and training management systems were established. Training platform. After more than six months of testing and trials, the transformer repair simulation system has been successfully applied in Mianyang Power Bureau and Deyang Power Bureau. Practice has proved that based on the standardization, standardization, and relatively uniform simulation training platform, the skills training efficiency and training quality of transformer maintenance personnel can be greatly improved.
Experts of the appraisal committee highly affirmed the innovativeness and practicability of the “Transformed Equipment Overhaul Simulation System†project, and believed that this project fills the gap in the area of ​​substation maintenance simulation and is of great significance to the safe production of power systems, and can produce larger Economic and social benefits. At the same time, the experts expressed satisfaction with the completion of the project and believed that the project team had accomplished the task of the project with great time, tasks, and challenges.
After discussion, the appraisal committee unanimously agreed to pass the technical appraisal of the results of the “Transformation Equipment Overhaul Simulation System†project, and considered that the project developed a standardized transformer virtual inspection process, a complete management system for transformer maintenance simulation training, and a modular editor for transformer maintenance. The results are domestically leading, and some of the achievements are internationally advanced, with good promotion and application value. At the same time, experts recommend optimizing the simulation system as soon as possible to make it more convenient for promotion within the power system.
The "Transformation Equipment Overhaul Simulation System" project started in January 2009 and was completed in March 2010. A total of 3 papers were published in this project, forming a simulation model library for transformers and a simulation process library for transformer overhauls. A simulation training management system for the entire process and an integrated simulation of trainee tools, teaching tools, simulation editors, and training management systems were established. Training platform. After more than six months of testing and trials, the transformer repair simulation system has been successfully applied in Mianyang Power Bureau and Deyang Power Bureau. Practice has proved that based on the standardization, standardization, and relatively uniform simulation training platform, the skills training efficiency and training quality of transformer maintenance personnel can be greatly improved.
Experts of the appraisal committee highly affirmed the innovativeness and practicability of the “Transformed Equipment Overhaul Simulation System†project, and believed that this project fills the gap in the area of ​​substation maintenance simulation and is of great significance to the safe production of power systems, and can produce larger Economic and social benefits. At the same time, the experts expressed satisfaction with the completion of the project and believed that the project team had accomplished the task of the project with great time, tasks, and challenges.
After discussion, the appraisal committee unanimously agreed to pass the technical appraisal of the results of the “Transformation Equipment Overhaul Simulation System†project, and considered that the project developed a standardized transformer virtual inspection process, a complete management system for transformer maintenance simulation training, and a modular editor for transformer maintenance. The results are domestically leading, and some of the achievements are internationally advanced, with good promotion and application value. At the same time, experts recommend optimizing the simulation system as soon as possible to make it more convenient for promotion within the power system.