Active energy-saving management method

Abstract

The invention discloses an active energy-saving management method. The active energy-saving management method is characterized in that an intelligent residential heating coordinator integrating a heat detection function, a data transmission function, an automatic temperature adjustment function and a remote control function is installed at the tail end of a home-entry pipeline of a heating system, and heat data are calculated by detecting the water inlet flow and the difference value between the water inlet temperature and the water outlet temperature of each home heating pipeline; wireless temperature sensor sets are arranged in all rooms, and effective transmission of internal and external network control information and energy consumption data is conducted in a wireless remote communication way, so that the functions of automatically collecting the heat data and achieving remote meter reading are achieved; and indoor temperature data are obtained in real time through a temporary-displaying type wireless sensor network, temperature information is transmitted through an indoor wireless data network, the opening degrees of all valves are automatically controlled through the intelligent residential heating coordinator, and the indoor temperature is adjusted. The energy-saving effect is achieved, and the requirement of a resident for comfort is better met.

Description

technical field [0001] The invention relates to an active energy-saving management method. Background technique [0002] At present, the heating system of urban residences in the northern heating area of ​​my country generally adopts the dual-pipe or single-pipe hot water central heating mode, which has problems such as uncontrollable indoors, excessive heating energy consumption, and difficulty in erecting metering systems. [0003] According to relevant statistics in the "2009 Annual Development Research Report on Building Energy Conservation in China", the total energy consumption for residential heating in winter in northern my country reaches 312.6 million tce (tons of standard coal), accounting for 45.3% of the total building energy consumption. Relevant materials at home and abroad prove that: after adopting heat metering technology, not only the management efficiency is improved, but also about 25% of energy can be saved. Therefore, the household heat metering syste...

AI Technical Summary

Problems solved by technology

However, with the expansion of the coverage of the heating system, there are many problems in the construction of the heat metering network monitoring and management system in terms of system wiring, information fusion, and data transmission.

At this stage, the heating system lacks an indoor temperature control system, and cannot independently control the area

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