Heat energy charging network system for public buildings

Abstract

Disclosed is a heat energy fee-charging network system in a public building, which belongs to the building central heating household heat metering technique field. The system comprises an intelligent control energy-saving valve, a heat energy master gauge and a computer management platform (6), the intelligent control energy-saving valve includes an electric three-way valve (9) and an intelligent controller (3), the electric three-way valve (9) is arranged at the inlet of a water inlet pipe (2) of each group of radiators (5) in the public building, the electric three-way valve (9) is connected with the intelligent controller (3), and the heat energy master gauge is connected with the computer management platform (6). The system is applied to various types of central heating systems (administrative office buildings, schools, apartments, etc.) in the existing public building; and the system has the advantages of balanced heat in buildings, solving the heat maladjustment problem (upper hot and lower cold), and energy saving; being capable of stating the valve adjustment time according to the work and rest time (including weekends and holidays) and realizing energy saving; and high reliability and high energy saving rate.

Description

technical field [0001] The utility model relates to a public building thermal energy charging network system, which belongs to the technical field of building centralized heating household metering. Background technique [0002] my country's buildings are divided into existing buildings and new buildings. Various building types are almost fully covered, and the heating pipe network is relatively diverse. [0003] Offices, office buildings, schools, apartment buildings, residential buildings and other buildings with different functions are in the same area and use a central heating system. [0004] Although central heating is the heating method that our country is currently promoting, it has obvious advantages, but it also has its own disadvantages. The main problems are: [0005] 1. The balance of the building is not good, resulting in heat at the near end and cold at the far end. Residents in some buildings have poor thermal comfort. In order to ensure that the indoor temp...

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Problems solved by technology

[0015] The technical problem to be solved by the present invention is: aiming at the problems existing in the prior art, and according to the characteristics of thermal energy conductivity, design a method that can more accurately realize metering, indoor temperature regulation, building heat balance, heating network scheduling, remote monitoring, User management, effective reduction of heat energy waste, remote automatic monitoring and intelligent management of public building heat charging network system

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