水力发电2024，Vol.50Issue(10)：106-113,8.
基于IPv6的对称动态数据流孪生计算模型
Ipv6-based Symmetric Dynamic Data Flow Twin Computing Model
摘要
Abstract
Aiming at the problems of closed operation of software related to hydropower plants,inability to integrate new technologies to improve data quality and drive application calculations to guide water regulation work,and low degree of intelligence,a symmetric dynamic data flow twin computing model based on IPv6 is proposed.Application microservices standardize the interfaces and interactive data formats of application microservices.By using IPv6's end-to-end secure routing,data is directly transmitted to application microservices to drive calculations,and an integrated twin computing system of"Water collection-water storage-water release"is completed for validating the model.The test results show that the changes in attribute values in the dispatching scenario immediately drive associated application calculations,maintain data mirror synchronization between the entity and the twin,and achieve closed-loop feedback between the entity and the twin.The twin computing model can provide references for implementing digital twin concepts and technologies for smart hydropower plants.关键词
智慧水电厂/水调数据/IPv6/对称动态数据流/孪生计算模型Key words
smart hydropower plant/water regulation data/IPv6/symmetric dynamic data flow/twin computing model分类
建筑与水利引用本文复制引用
张鹏程,陶春华,万欣,古茜倩,时晓燕..基于IPv6的对称动态数据流孪生计算模型[J].水力发电,2024,50(10):106-113,8.基金项目
国能大渡河大数据服务有限公司科技项目(230603-1901005) （230603-1901005）
