The Research Of UHV Large Transport Logistics Monitoring System Based On Things

UHV transmission lines has far and large transmission capacity,can greatly improve the transmission capacity of China's power grid,the development of China's power is of great significance.However,because UHV equipment is bulky and valuable,the operating area has a large flow range and a large number of hazardous points.In the transport process,the safety and quality factors are complex.If you ignore the transport process,not only will delay delivery,construction progress,and even the safe operation of the power grid will bring hidden dangers,so to strengthen oversize large-scale transport logistics monitoring is very important.With the development of Internet of Things technology,Internet of things to improve logistics information and automation level,improve the efficiency of logistics market circulation,strengthen the logistics information collection has a great impact.The application of Internet of Things technology in the power grid is being widely used in the logistics business,through the comprehensive application of information technology and Internet of things technology,comprehensively enhance the control level of all levels of UHV logistics transport,so this paper based on high-pressure large-scale transport logistics Research on Construction of Monitoring System.Based on the research results of the existing logistics monitoring system,the theory of Internet of Things and logistics monitoring is analyzed,and the demand of UHV large-scale logistics monitoring system is analyzed.The characteristics of UHV transportation and logistics monitoring demand include logistics and distribution plan management,logistics distribution vehicle monitoring and management,Vehicle terminal equipment management,monitoring center management.This paper analyzes the design objectives,design principles,design principles,the design of ultra-high voltage transport logistics monitoring system based on Internet of Things,including the overall structure design of logistics monitoring system,the design of distribution plan management,integrated GPS positioning vehicle terminal design,Including test environment,test content,test methods,system test case analysis,including the logistics monitoring system test cases,the use of PDA distributed service system test cases,and test the test system,test system,test system,test system,The results were analyzed.