The Secondary Side Electric Energy Management System Based On Internet

All of industries are researching how to apply high-technology to improve theirmanagement ability and competitive advantages in the industries as the internet andinternet of things developing rapidly. Every modern corporation is using electricity andenergy, eapecially the high-energy-consuming corperations, the energy consumptioncost takes more proportion in product costs, so they hope to decrease energyconsumption and save costs. In addition, it is a more improtant strategy objective of theenterprises developing for decresing energy-consuming and increasing efficiency ofusing energy in the energy conservation and the reduction of emissions. Thecorporations need a set of equipment to determind using electricity state, for instant,saving energy dates and measuers, next, search for the reason of wasting energy, andthen make a series of measuer for saving energy, finally test saving energy effect, theequipement is just electricity energy management system.The cost of electricity management systems can be afforded is easier, the biggercorporations than smaller companies in cash and maintenance of equipment, So itinfluences electricity management systems to extend and use widely. Thus electricitymanagement systems in general never reslove the cost question while the enterpriseshave a need and the governments also have the need for enterprises plan in the energyconservation and the reduction of emissions.The thesis discusses electricity management systems about based on the user ofelectricity on internet. The sysytem is an plane of electricity management, severalcorporations share with it, the plane management will be operated by the third partycorporations, therefore which can lower the threshold of using electricity managementsystems, saving cash, and decreasing maintenance spending of equipment, thus thecorporations focus on their main businesses.The thesis states the key points of systems design, devise ideas and implementmethods to the system point.