基于移动定位技术的电力应急物资调度系统

A Power Emergency Material Dispatch System Based on Mobile Location

目前电力应急物资调度仍然局限于决策者的主观分析,对此,将建立决策者与计算机智能分析相结合的电力应急物资调度系统。首先,结合地理信息系统(GIS)、卫星定位系统以及移动定位车确定电力受灾点和交通状况,同时根据车辆到达概率最大初步确定运输路径;然后,根据时间信息,物资存储和需求信息建立物资满意度函数;最后运用进化优化方法求解出最优物资分配方案。

As electric power emergency material dispatch is still confined to subjective analysis of the decision maker, a power emergency material dispatch system combining the decision maker and computer intelligent analysis is set up. Firstly, power affected points and transportation status are determined through GIS, GPS and mobile positioning vehicle, and transportation path is initially determined according to the maximum vehicle arrival probability. Then, the satisfactory rate function of the material is established based on time information as well as material storage and demand information. Finally, the optimal material distribution scheme is solved in the evolutionary optimization method.