Temperature-area-method heat allocation system

Abstract

The invention provides a temperature-area-method heat allocation system and relates to a heating metering system. The temperature-area-method heat allocation system comprises electric valves, acquisition terminals, a building heat meter, a meter reading device, an allocator and a control terminal, wherein each electric valve is arranged on a heating system branch pipe of every household; the acquisition terminals are arranged indoors; the building heat meter is arranged on a building heating main pipeline; the meter reading device is connected with the building heat meter; the allocator is connected with the meter reading device and the acquisition terminals through a wireless communication network; the control terminal is used for collecting information sent by the allocator and performing allocation calculation to obtain the heat of every household. The temperature-area-method heat allocation system is energy-saving, and convenient to manage, install and debug.

Description

technical field [0001] The invention relates to a heating metering system, in particular to a temperature area method heat apportionment system. Background technique [0002] Since heating is necessary in northern my country in winter, energy consumption increases sharply in winter, and air pollution is very serious. To change this situation and implement national energy conservation and emission reduction requirements, especially to reduce energy consumption in northern heating in winter, we must first pay attention to energy conservation in heating supply; In addition, the contradiction between central heating sources and the heating demand brought about by the rapid development of urbanization has become increasingly prominent. The original heat source and pipe network have been overloaded, which is far from meeting the actual heating demand. Based on the above two needs, the implementation of household metering and billing for heating has important practical significance ...

AI Technical Summary

Problems solved by technology

[0002] Since heating is necessary in northern my country in winter, energy consumption increases sharply in winter, and air pollution is very serious. To change this situation and implement national energy conservation and emission reduction requirements, especially to reduce energy consumption in northern heating in winter, we must first pay attention to energy conservation in heating supply; In addition, the contradiction between central heating sources and the heating demand brought about by the rapid development of urbanization has become increasingly prominent. The original heat source and pipe network have been overloaded, which is far from meeting the actual heating demand.

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