摘要
为提高电缆附件制作人员的培训效率,挖掘电力培训系统学习数据的价值,设计了基于区块链的电力培训系统,以220 kV GIS电缆终端附件制作为原型,采用虚拟现实技术实现培训操作流程的仿真,通过建立学习行为模型,构建区块链网络实现对各地培训中心学习数据的统一管理与利用。实际应用效果表明,基于区块链的学习数据管理,可有效地对学习数据进行管理,使得教员更好地掌握了学员的培训状况,并为培训的改进、培训课程和方式的设计提供指导。
In order to improve the training efficiency of cable accessory production personnel and tap the value of the learning data of the power training system,a blockchain-based power training system was designed.Based on the prototype of 220 kV GIS cable terminal accessories,the simulation of training operation process was realized through virtual reality technology.Through the establishment of a learning behavior model,the construction of a blockchain network realized the unified management and utilization of the learning data of various training centers.The actual application effect showed that the learning data management based on the blockchain could effectively manage the learning data,so that the instructor could better grasp the training status of the students,and provided guidance for the improvement of training,the design of training courses and methods.
作者
马骏
王德海
傅洪全
邵九
黄泽华
董俊根
MA Jun;WANG Dehai;FU Hongquan;SHAO Jiu;HUANG Zehua;DONG Jungen(Skills Training Center of State Grid Jiangsu Electric Power Co.,Ltd.,Suzhou 215004,China;Beijing Kedong Electric Power Control System Co.,Ltd.,Beijing 100192,China)
出处
《电工技术》
2020年第23期147-149,共3页
Electric Engineering
关键词
电力培训
区块链
终端头
附件制作
虚拟现实
power training
blockchain
terminal head
attachment production
virtual reality
