CAJ | 학술논문

热力管网系统中存在着智能化和自动化程度不高的问题，传统热力站和管网中仪器仪表具有接入网络困难、监测数据不及时、数据开放性不够等问题，呈现出一个个的信息孤岛。物联网技术能够提供感知设备的全面接入、数据的实时监测和共享，目前已经在建筑物节能、污水处理、消防、热力、水/电/燃气系统等行业领域得到广泛应用。所设计的热力管网系统的物联网网关可对热力参数进行实时检测，并将热力管网的状态实时传送给接入管理平台和数据库服务器，各个管理部门能够及时地监控热力管网的工作状态与运行情况。
열력관망계통중존재착지능화화자동화정도불고적문제，전통열력참화관망중의기의표구유접입망락곤난、감측수거불급시、수거개방성불구등문제，정현출일개개적신식고도。물련망기술능구제공감지설비적전면접입、수거적실시감측화공향，목전이경재건축물절능、오수처리、소방、열력、수/전/연기계통등행업영역득도엄범응용。소설계적열력관망계통적물련망망관가대열력삼수진행실시검측，병장열력관망적상태실시전송급접입관리평태화수거고복무기，각개관리부문능구급시지감공열력관망적공작상태여운행정황。
Thermal pipe network system is lower in intelligence and automation levels. The instruments and sensors in the traditional thermal station and the pipe network are difficult to access network,can not monitor data timely and are insufficient in data openness. That′s why the information islands appear. The Internet of Things(IoT)technology can provide fully accessing, data real?time monitoring and sharing of perception device. It has been widely used in the building energy saving,wastewater treatment,fire control,heating power,water/ electricity /gas system and other fields. The IoT gateway can monitor thermodynam?ic parameters in real time and transmit the real?time state of heat pipe network to the accessing management platform and the database server. Each administrative department can timely monitor the working state of the thermal pipe network system and its running status.