Intelligent management system for central heating by utilizing superconducting electric-heating

Abstract

The invention relates to a central heating energy-saving system, in particular to an intelligent management system for central heating by utilizing superconducting electric-heating. The intelligent management system is characterized by comprising an electricity supply dedicated line, unit electricity meters, unit superconducting electric heating radiators, a data concentrator, an electricity supply company upper computer, and an electricity supply terminal, wherein the superconducting electric heating radiators are mounted in rooms of users; the electricity supply terminal is connected with the unit superconducting electric heating radiators through the electricity supply dedicated line; the unit electricity meters are arranged on the electricity supply dedicated line; the unit electricity meters are connected with the electricity supply company upper computer through an MBUS bus or a 485 bus. The intelligent management system for superconducting electric heating central heating has the advantages of being energy-saving, environmentally-friendly, safe and clean, low in occupied space, low in operating costs, long in service life, convenient to construct, easy to maintain and the like.

Description

technical field [0001] The invention relates to a centralized heating energy-saving system, in particular to an intelligent management system for superthermal conduction heating and centralized heating. Background technique [0002] At present, the central heating system in my country mainly adopts the traditional hot water or steam form. Due to the large investment in the construction of thermal power plants, the long construction period, and the limited heating range, it is necessary to build a large number of thermal power plants to fully meet the heating needs of current residents in this way. The government and enterprises need to invest tens of billions of dollars in huge funds, and the construction cost is high, the pressure is huge, and it is difficult to realize. [0003] The traditional central heating method has a large demand for resources such as coal and water, especially as some non-renewable energy sources such as coal and natural gas are gradually exhausted, ...

AI Technical Summary

Problems solved by technology

[0002] At present, the central heating system in our country mainly adopts the traditional hot water or steam form. Due to the large investment in the construction of thermal power plants, the long construction period, and the limited heating range, it is necessary to build a large number of thermal power plants to fully meet the heating needs of current residents in this way. The government and enterprises need to invest tens of billions of dollars in huge funds, the construction cost is high, the pressure is huge, and it is difficult to realize

[0003] The traditional central heating method has a large demand for coal, water and other resources, especially as some non-renewable energy sources such as coal and natural gas are gradually exhausted, energy prices will rise sharply, which will increase the cost of the industry and increase the cost of users. After the combustion of natural gas, a large amount of carbon dioxide, sulfur dioxide, nitrogen oxides and other gases are emitted, causing serious pollution to the environment on which we live.

[0004] Traditional central heating system pipe burial construction is complicated, high cost, and is significantly affected by geographical environment and pipeline configuration, resulting in inflexible heating methods, and many users who have heating needs cannot join the central heating system

Failure or maintenance of the heating system is extremely inconvenient, which will generally affect the heating of users in a relatively large range, and the heat loss of the main pipeline is serious, resulting in a large amount of energy waste

[0005] Today's home users also use a separate electric heating method, but due to the high power and poor heat dissipation effect, the daily use cost is high

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