Distributed heating ventilation air conditioner intelligent control system

Abstract

The invention discloses a distributed heating ventilation air conditioner intelligent control system which comprises heating ventilation air conditioner equipment systems, equipment or parts with equipment communication interfaces, system coding tables, an upper computer and a cloud service platform. The upper computer is connected with communication lines of the heating ventilation air conditioner equipment systems through the equipment communication interfaces and is connected with the Internet through a network interface. Software in the upper computer comprises a control model and an algorithm, and each part in the heating ventilation air conditioning equipment systems is controlled after the system coding tables are received. The cloud service platform comprises server hardware and software and is connected with the Internet, user information and the system coding tables of the heating ventilation air conditioner systems can be input into a client account, and the client account sends the system coding tables to the upper computer, upgrades software in the upper computer, receives data of the upper computer and issues a control command to the heating ventilation air conditioner equipment systems. The distributed heating ventilation air conditioner intelligent control system is used for project management, software upgrading and data service of the distributed heating ventilation air conditioner systems.

Description

technical field [0001] The invention belongs to the technical field of HVAC control, and relates to a distributed HVAC intelligent control system. Background technique [0002] The control of the existing HVAC system is mostly closed and installed locally, and the system configuration, delivery, operation data and fault alarm of the system cannot be obtained remotely. Although some systems use Internet of Things technology, they are often independent components (such as room controllers), or data monitoring and remote control, which cannot realize the management of the entire product life cycle, and cannot perform remote upgrades of control programs. Distributed HVAC systems are mainly used in residential buildings, office buildings, commercial buildings, hospitals, and schools with an area of ​​less than 2,000 square meters. There are no professional management personnel, so it is difficult to grasp the system's operating effects, energy consumption, and after-sales service...

AI Technical Summary

Problems solved by technology

[0002] The control of the existing HVAC system is mostly closed and installed locally, and the system configuration, delivery, operation data and fault alarm of the system cannot be obtained remotely

Although some systems use Internet of Things technology, they are often independent components (such as room controllers), or data monitoring and remote control, which cannot realize the management of the entire product life cycle, and cannot perform remote upgrades of control programs

Distributed HVAC systems are mainly used in residential buildings, office buildings, commercial buildings, hospitals, and schools with an area of ​​less than 2,000 square meters. There are no professional management personnel, so it is difficult to grasp the operating effect, energy consumption, and after-sales service of the system.

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