The Research Of The Colleges And Universities Energy Management System Based On The .NET

For the realization of the national "twelfth five-year" plan to "economical campus construction" for the campus planning, design, construction and management of basic principles. Key to build a conservation-minded campus collection saving energy, water, land, material saving and environmental protection, social benefit, economic benefit and environment benefit with the combination of whole life cycle of smart green campus.Campus supervision platform is in this context, is to meet the national colleges and universities the needs of building a green intelligent campus design and development, is an important core of campus green intelligent system, its main implementation:(1) energy consumption monitoring module, realize the monitoring for the campus energy consumption situation;(2) the energy saving monitoring module, real time to control;(3) energy consumption analysis module, by comparison with similar lateral comparison, historical longitudinal energy consumption management provide a reference basis for the school;(4) the energy consumption statistics module, provides various public schools need to energy consumption statistics and school custom statistics;(5) the energy consumption of the public module, school buildings, guiding the teachers and students cultivate energy-saving habits;(6) energy audit module, the realization of the energy consumption of standard management, combined with the energy consumption of the energy consumption quota management, support the real-time and periodic audit department, building energy consumption quota usage, check the energy consumption compared with similar benchmarking object;(7) system management module, the realization of the management of the system. On the basis of the integrated regulation of the entire enterprise, including GIS regulation of enterprise, energy metering, energy consumption of the public, energy consumption analysis and data reporting, etc., to complete the construction of data center, to meet the basic requirements of operation and management. According to different purposes, such as lighting, power, air conditioning, heating and different kinds of energy resources, such as electricity, water, heat and cold, from the campus, school, building to the room setting for measuring instrument implement itemized metering, and set aside for each unit or system control interface, such as street lamps, lighting, heating, air conditioning, water and equipment. Through the school’s energy classification, extracting key indicators, in different time axis, link, the frequency, the structure, according to the type, horizontal classification comparison, comparing the same period time, discovery is unusual, school of energy consumption index correlation rule, mining, find out the key factors affecting the energy consumption.Based on a university campus, design and development of a set of C/S and B/S combined with energy regulation system, realize to the campus energy consumption monitoring and management, to provide data base for late energy system renovation,. The flexible campus supervision platform structure, according to the demand research, summary design,coding, testing steps of software development. Technical implementation using c # language to build four layers architecture, database using Post Gresql V9.2 background database management, real-time database using Redis V2.2, the campus supervision platform also use the configuration technology and plug-in technology. After the system put into use achieved good application effect, to meet the design expectations.Finally displayed to the users of the man-machine interface, including: power saving electricity classrooms, dormitories electricity saving, street lamp, water quantity management, lighting energy saving, heat management section. Total cost, energy consumption per capita energy consumption amount, management, cost saving, energy saving, energy consumption, energy consumption per unit area, comprehensive energy saving ratio, outdoor temperature, humidity, light, wind speed, emissions of carbon dioxide, carbon dioxide emissions, the co2 emission reduction rate, sulfur dioxide, sulfur dioxide emissions reductions, sulfur dioxide emission reduction rate. Technology and management of each of the data of energy conservation are included in the percentage accounted for the total annual data and, and can be displayed by label switching energy and cost.