基于物联网技术的电网物资供应优化模型建立

Establishment of Optimization Model of Power Grid Material Supply Based on Internet of Things Technology

电网物资供应链受到环境因素的干扰存在波动性,为提高电网物资供应的稳定性,设计新的电网物资供应优化模型。借助物联网中组网部署供应链中的相应节点,采用线性规划方法部署电网物资供应网络的最优节点,采用空间自适应调度模型规划电网物资供应网络的最优路径,提取电网物资供应物联网传输路径统计特征量,采用描述性统计分析重构电网物资供应网络的子空间,通过自适应寻优方法,实现电网物资供应链网络的决策和规划设计,完成电网物资供应优化模型构建。结果表明,采用该方法优化电网物资供应,提高物资供应的吞吐水平,降低时间开销。

In order to improve the stability of power grid material supply,a new optimization model of power grid material supply is designed.With the help of the corresponding nodes in the network deployment supply chain in the internet of things,the linear programming method is used to deploy the optimal nodes of the power grid material supply network,the spatial adaptive scheduling model is used to plan the optimal path of the power grid material supply network,the statistical characteristics of the transmission path of the power grid material supply internet of things are extracted,and the subspace of the power grid material supply network is reconstructed by descriptive statistical analysis.Through the adaptive optimization method,the decision-making,planning and design of power grid material supply chain network are realized,and the construction of power grid material supply optimization model is completed.The results show that this method can optimize the power grid material supply,improve the throughput level of material supply and reduce the time cost.