Based On The Internet Of Campus Energy-saving Control System Design And Implementation

As an important part of the whole social system, school is a place where students and teachers live together, is also the place of large energy consumption. At present, because increasing in the number of personnel, equipment, the heavy management maintenance in many school, Although many school made a certain requirement on management system,but it’s not significant. So it is serious important to build a conservation-minded, energy-efficient campus. In Internet era of rapid development, how to make use of the Internet of things technology to the construction of energy-efficient campus is a topic worth studying.This paper overall analyzes how to design the campus energy-saving control system, and starting from the things architecture, gives the system development goals, hierarchy, system architecture, technical route and the module of detailed design. And provides the timing control in intelligent device management equipment and intelligent linkage of two strategies. Then using gold maps API interface system deployment to campus on a map to see usage of each school areas, equipment distribution, the use of specific device.System development using Struts2 + Spring + Hibernate three integration framework, structures based on the Web server, application server and database server three-layer architecture. Software architecture of a system using three-tier structure of things, implement the data layer, logic layer, display low coupling layer to ensure maintainability and flexibility to expand the system. In the front part of the system is implemented using JSP, JavaScript technology, and distribution section of the page template using information technology to dynamically generate pages. The background using Struts 2 configuration file complete control of the business logic to jump, and then complete working system instantiated by the Spring IOC, Hibernate persistence in providing services to the JavaBean mapping table. Finally, the system will be deployed on the campus map, generated network topology using regional location of the device, and then use GIS spatial analysis to check each regional distribution equipment location, usage.This system through the existing campus network multiple Internet routers, realize the centralized management of the router and uniform representation, achieve batch, timing, and remote control of the Internet of things devices. People can login this System in the computer browser, mobile phones, tablets and other terminal login system. Through the analysis of the equipment operation time and operation parameters to optimize the equipment control strategy and reducing energy consumption and reducing environmental pollution. At the same time, this system can also be related area, equipment data shown on the map, virtual campus construction equipment intelligent management. Achieve long-term social and economic benefits.