摘要
国家电网有限公司在构建能源互联网战略目标背景下,建立了跨专业共建共用的物联管理平台,对输电、变电、配电等多个领域的设备进行标准化接入和统一在线管控。为提升终端设备接入物联管理平台的接入调试效率,设计了面向能源互联网的智慧物联体系全场景仿真检测系统,利用现有的智慧物联体系建设思路,按照"云管边端"完整架构,实现"信息-物理耦合"的智慧物联体系仿真联调平台搭建方法,采用微服务、分布式等先进技术,打造轻量级的仿真测试系统,使用少量服务器资源就可以仿真测试边设备通信协议是否支持智慧物联管理平台的通信协议要求,测试边设备上报设备采集数据功能,测试边设备下发控制命令等功能,从而建成覆盖对内业务和对外业务的电力全产业链智慧物联系统的仿真、验证和测试功能,为国家电网有限公司物联管理平台建设与推广提供技术支撑。结合智慧物联体系全场景仿真检测系统,搭建了配电台区运行状态感知监控场景,验证融合终端数据上报及仿真检测系统命令下发等功能。
Under the background of building the strategic goal of energy Internet,the State Grid Corporation of China has established a multi-disciplinary,jointly built and shared internet of things(IoT)management platform to carry out standardized access and unified online management and control of equipment in transmission,transformation,distribution and other fields.In order to improve the access and debugging efficiency of terminal equipment accessing the IoT management platform,a full scene simulation and testing system of intelligent IoT system for energy Internet was designed.Using the existing construction ideas of intelligent IoT system and according to the complete architecture of "cloud,tube,edge,terminal ",the construction method of "information physical coupling" intelligent IoT system simulation and debugging platform was realized.Advanced technologies such as micro-service and distribution were adopted to build a lightweight simulation test system.With a small amount of server resources,it can simulate and test whether the side device communication protocol supports the communication protocol requirements of the intelligent IoT management platform,test the side device’s function of reporting the device’s data collection function,and test the side device’s function of issuing control commands,so as to build the simulation,verification and test functions of the smart IoT system of the whole power industry chain covering internal and external businesses,and provide technical support for the construction and promotion of the IoT management platform of State Grid Corporation of China.Combined with the whole scene simulation detection system of the intelligent IoT system,the operation state perception monitoring scene of the distribution station area was built to verify the functions of data reporting of the fusion terminal and command issuing of the simulation detection system.
作者
刘冬兰
张昊
王睿
张方哲
孙莉莉
LIU Donglan;ZHANG Hao;WANG Rui;ZHANG Fangzhe;SUN Lili(State Grid Shandong Electric Power Research Institute,Jinan 250003,China)
出处
《山东电力技术》
2022年第2期1-6,46,共7页
Shandong Electric Power
基金
国家电网有限公司科技项目“面向电力物联网端到端安全防护体系关键技术研究及应用”(5206001900F5)
国网山东省电力公司科技项目“面向能源互联网的智慧物联主动安全防护与仿真及检测技术研究”(5206002000V5)。
关键词
能源互联网
智慧物联体系
仿真检测
物联管理平台
energy internet
intelligent IoT system
simulation detection
IoT management platform
