Intelligent Regulation System of Central Heating Pipe Network based on Internet of Things

Abstract

Abstract The level of heating quality determines the comfort level of residents’ indoor life in winter. In order to effectively improve the hydraulic imbalance of the pipe network, improve the self-adjusting ability of the pipe network and reduce manual operations. This paper proposes an Intelligent Regulation System for Centralized Heating Pipe Network based on the Internet of Things, and takes the No.3 building of Guangxian Jiayuan Community in Tianjin as a pilot project to select the flow rate and return water temperature in front of the representative users in the low, middle and high floors Measure the date and analyze it. The results show that the flow of the indoor pipe network of the user runs smoothly, and the change range is within 0.05 m3/h, and the change range of the return water temperature of the pipe network is maintained within 3 °C. The Intelligent Regulation System of the Pipe Network has a good self-regulation capability.