Three-network integrated control type intelligent heat supplying device and method based on big data acquisition and analysis processing

Abstract

The invention discloses a three-network integrated control type intelligent heat supplying device and method based on big data acquisition and analysis processing. The intelligent heat supplying device comprises an intelligent management and control platform, a database server, a communication server, a WEB server, a heat source control station, a heat network control station and a heater user control station, wherein the intelligent management and control platform, the database server, the communication server, the WEB server, the heat source control station, the heat network control station and the heater user control station are connected through an industrial Ethernet. The method comprises the following steps: step 1, setting a control region of temperatures; step 2, acquiring an indoor temperature value of a heat user; step 3, calculating an indoor average temperature Tpi; step 4, calculating an indoor average temperature in the region controlled by a single-network control station; step 5, calculating indoor temperature data of all the heat users; step 6, calculating the indoor temperature data of all the heat users in the database server; and step 7, realizing balance control of three networks. The three-network integrated control type intelligent heat supplying device and method have the beneficial effects that the pipe network balance of a heat supply system is guaranteed and the safety of the system is ensured.

Description

technical field [0001] The invention relates to a triple-network control intelligent heating device and method, in particular to a triple-network control intelligent heating device and method based on big data collection, analysis and processing. Background technique [0002] At present, according to the relevant statistical data of the heating industry, the heating efficiency of heat sources and heating networks of heating companies across the country is generally low, and the energy consumption per unit heating area is large, and the final heat utilization rate is basically 50% of the actual heat output of heat sources. about. Under the premise of meeting the heating temperature of heat users, the annual heat consumption per unit of heating area is about 0.5GJ / square meter, and some even exceed 0.6GJ / square meter. At the room temperature required by the user, the unit heat consumption per square meter will be reduced to 0.35GJ or even lower by the end of the 13th Five-Yea...

AI Technical Summary

Problems solved by technology

[0003] The purpose of the present invention is to solve the problems that the existing heating technology cannot be finely controlled and adjusted, the heating quality cannot be guaranteed, the operation efficiency is low, and the energy waste is large, and a triple network control system based on big data collection, analysis and processing is provided. Intelligent heating device and method

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