基于边缘计算的电网地调调控一体化系统设计

Design of Integrated System of Power Grid Local Dispatching and Regulation Based on Edge Computing

为强化配电网络的运行管理能力,缩短电信号调度的实际传输时长,降低电网地调调控成本,设计了基于边缘计算的电网地调调控一体化系统。以电网调度框架作为基层调试结构,按需连接一体化调控电路与电信号输出模块,实现系统的硬件执行环境构建;分别计算边缘电压传输量、边缘电流传输量与电信号输出量,整合所有配电信号参量,实现系统的软件执行环境搭建,两相结合,完成基于边缘计算的电网地调调控一体化系统设计,再通过对比试验的方式,突出该系统的实际应用能力。

In order to strengthen the operation and management capabilities of the distribution network,shorten the actual transmission time of electrical signal dispatch,and reduce the cost of power grid regulation and control,an integrated system of grid regulation and regulation based on edge computing is designed.Taking the power grid dispatching framework as the basic debugging structure,the integrated regulation circuit and electrical signal output module are connected on demand to realize the construction of the hardware execution environment of the system.The edge voltage transmission,edge current transmission and electrical signal output are calculated respectively,and all the distribution signal parameters are integrated to achieve the software execution environment of the system.Combination of the above,the design of power grid local dispatching and regulation integrated system are completed based on edge calculation,and then the practical application ability of the system is highlighted through comparative test.