Heat exchange station control system and room temperature characteristic curve model AI algorithm

Abstract

The invention provides a heat exchange station control system and a room temperature characteristic curve model AI algorithm. The heat exchange station control system comprises a background system, aheat exchange station control device and at least one group of two-network equipment, wherein the heat exchange station control device and the two-network equipment are connected with the background system through the network in a wireless mode. The two-network equipment comprises a unit inlet device, a household metering control device and a room temperature acquisition device which are connectedin sequence through the network. According to the heat exchange station control system and the room temperature characteristic curve model AL algorithm, the heat exchange station control system and the two-network equipment are integrated into a whole through the wireless networking mode, so that the overall linkage adjustment from the heat exchange station to a heat user is realized; and meanwhile, the room temperature curve model AI algorithm is used for automatically generating the temperature and the flow suitable for the area, and no heat load calculation formula needs to be provided, sothat the system is more scientific and intelligent, energy is saved, the consumption is reduced, and the overall heat supply quality is improved.

Description

technical field [0001] The invention relates to the control of heat exchange stations and secondary network equipment in the field of heat supply, in particular to a heat exchange station control system and a room temperature characteristic curve model AI algorithm. Background technique [0002] The heat exchange station is the place where the heat is concentrated and exchanged. It is to transmit the high-temperature hot water or steam generated by the thermal power plant to various residential areas, transmit the flow to the pipe network of the community, and transfer the high-temperature flow of the primary network to the secondary. The hot water from the network is then supplied to the user. [0003] The existing technology usually adjusts the heat exchange station and the second network equipment separately, without forming an overall linkage, and the control idea is too single. At the same time, the flow adjustment or return temperature adjustment method used for the ba...

AI Technical Summary

Problems solved by technology

[0003] The existing technology usually adjusts the heat exchange station and the second network equipment separately, without forming an overall linkage, and the control idea is too single. At the same time, the flow adjustment or return temperature adjustment method used for the balance adjustment of the second network equipment is adjusted according to the set target value. The target value comes from manual experience setting, the target value is not fine and fixed enough, and cannot automatically follow the change of the operation of the heat exchange station group; According to empirical calculations, it is universal, but it cannot be more precisely controlled for a specific heating area

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