Intelligent building integrated system

Abstract

The invention relates to an intelligent building integrated system. The system has a two-stage network structure, of which the first stage is a management layer network and the second layer is a monitoring layer network, wherein the management layer network comprises a control center; a central working station is arranged in the control center; a central working station system consists of a server, a working station, a display and a printer and is directly connected with Ethernet; the management layer network has a bus type network topological structure; the monitoring layer network comprises each protocol gateway, a direct digital controller, an I / O module, a sensor for acquiring a field signal, an executing mechanism and a valve; and the monitoring layer network is a field bus control network. The integrated system also comprises an intelligent lighting control system, an air conditioner, an air feeding and discharging system and a water supply, drainage and treatment system; and the intelligent lighting control system is used for intelligently controlling lighting equipment, to which the intelligent lighting control system belongs, in buildings. The system performs unified monitoring and management to realize necessary gang control so as to truly realize information and resource sharing of the entire building; and thus the best management level is achieved and environment-friendly, complete, high-quality, safe, comfortable and fast service is provided for users.

Description

technical field [0001] The invention relates to a building information management system, in particular to an intelligent building integration system. Background technique [0002] At present, there are no complete mandatory standards for the design and construction of building equipment management systems (BMS) in the world. The system design schemes are very different, and involve many specialties, the planning, construction, and commissioning cycle are long, and special projects are required. There are many factors to be considered, and many of them are non-technical factors, such as management, engineering, and user needs. And other factors. Therefore, for the building management system (BMS), the design method will be quite different. [0003] The traditional building equipment management system is also called building automation system (BAS). As the earliest and most widely used building equipment management system, the main function of BAS is to monitor the electrom...

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Problems solved by technology

[0002] At present, there are no complete mandatory standards for the design and construction of building equipment management systems (BMS) in the world. The system design schemes are very different, and involve many specialties, the planning, construction, and commissioning cycle are long, and special projects are required. There are many factors to be considered, and many of them are non-technical factors, such as management, engineering, and user needs. And other factors

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