| With our economic and social development, the living level of people is increasing. Thetraditional heating way has could not meet the development of today’s society. How to collectand manage the heat meter’s data becoming a important problem on which thermaldepartments pay more and more attention. At the same time, as the communication technologydevelopment, the development of the Internet of Things have been very mature, so apply thetechnology of Internet of Things into the field of heating, and it has become thethermodynamic industry hotspot.In this paper, we study the design of heating management system based on the Internet ofthings. In order to realize the intelligent management of heating system, the content of thisstudy includes three parts, which are the collection of heat meter’s data, the transimission ofdata and the process of data.The collection of heat meter’s data. Selects the technology of M-Bus.By M-Bus, theconnection of the heat meter and the collector is realized. By the protocol of M-Bus, the heatmeter’s data reach to the collector, the collection of heat meter’s data is realized.The transimission of data selectes the GPRS network that has wide range of billing,reasonable accounting and fast transmission speed. By using the wireless communicationtechnique of GPRS, the system can realize the long-distance transimission of heat meter’sdata.The function of data processing can realize the functions of measure and storage, inquiry,management, statistics for date that have been transferred to the heating center by GPRSnetwork. Using SQL Server2000database software to create data table for system, the storageof heat meter’s data, as well as, manage information of the heat and the user are realized. UsingPowerBuilder as the interface to the development of software system, a platform for themonitoring and management of heating center is set up, and the function of the heat meter’sdata for inquiry and are realized. |