The Design And Implementation Of Energy Saving Supervision Platform For A Conservation Oriented Campus Building

In recent years, due to the XX university school personnel and scale greatly increased, energy consumption has become a heavy burden on the school, the number of teachers and students from 2005 to 132438 in 2010,99120 people, facilities and equipment greatly increased, the cost of school energy consumption increased from 83000000 yuan in 2010 to 129000000 yuan in 2005, an increase of 55.4%. School energy saving work of the rapid promotion is imperative, in urgent need of the construction and implementation of the school based on the construction and implementation of XX university energy regulatory platform, through the information technology to achieve the scientific management of school energy. Use of contract energy management mode stage heating, air conditioning, lighting, power distribution, water supply and other energy-saving reform, continue to promote energy-saving emission reduction work, will fine management into practice, reduce the cost of running school, save energy, improve the school management of water level, in the construction of a conservation oriented Campus play a leading role model.Firstly, this paper analyzes the background and the present situation of the energy saving supervision platform of a conservation oriented campus building, analyzes the problems faced by the project, and provides the solution to the main problems. According to the needs of the project. Analyze the customer specific needs and pain points, the need to UML (use case diagram) and flow chart of the way to carry out a detailed description of the detailed description of the text.On the basis of the analysis of the needs of the campus energy saving monitoring platform, we carry out the system structure design of the campus building energy saving supervision platform. Analysis of the system architecture of the overall idea, and then according to the overall system architecture design of the system architecture, hierarchical design, network topology and functional architecture. System architecture mainly introduces the system of the system, and the relationship between the subsystems, the overall structure of the system, the design of the system is mainly to introduce the system, the operating system, the browser compatibility and the system’s development, the network topology is the platform for the design, according to the overall design of the platform architecture.Next to the conservation oriented campus building energy saving regulatory platform for detailed design, the part of the platform based on the outline design refinement. And then gives the overall structure of the energy saving supervision platform of the campus building, and introduces the structure of the energy saving supervision platform of the campus building, and the data transmission mode of the energy saving campus building.The fifth part describes the implementation methods of the energy saving supervision platform of the campus building, and gives a brief introduction to the function of the system.At last, the paper introduces the application of energy saving supervision platform of saving campus building, and puts forward suggestions for further improvement of the system.In summary, we analyze the business needs and the campus building energy efficiency supervision ideas, based on the design and implementation of energy-saving campus building energy saving monitoring platform.