Traditional Culture Encyclopedia - Traditional culture - Building intelligentization project all include what

Building intelligentization project all include what

Building Intelligent Engineering include:

Communication system engineering;

Satellite and **** with television system engineering;

Store management system engineering;

Comprehensive wiring system engineering;

Computer network system;

Intelligent community integrated property management system engineering;

Visual conference system project;

Large-screen display system project;

Intelligent lighting and sound control system project;

Fire alarm system project;

Computer room project;

Computer management system project;

Building equipment automation system project;

Security monitoring and burglar alarm system project. system engineering.

Comprehensive wiring, building equipment management, office automation, communication network, intelligent building management system

Electrical lighting (power) system (including overhead line introduction, indoor power distribution, indoor piping, lighting and other electrical appliances), lightning protection system (including the ground pole and the underground busbar, lightning rod lead wire, lightning rod and lightning net, etc.)

Weak power equipment (including) telephone distribution box, electric live wiring, telephone set interface and television system, etc.) composition.

"Intelligent Building Design Standards" (GB/T 50314-2006) on the intelligent building made this description: "the building as a platform, both information facilities systems, information technology application systems, building equipment management systems, public **** security systems, etc., set structure, systems, services, management and its optimization of the combination as a whole to provide safe, efficient, convenient, energy-saving and energy-saving to the people. provide a safe, efficient, convenient, energy-saving, environmentally friendly and healthy building environment."

In the above national standard, the building intelligentization system is divided into four sub-systems, which are defined as follows:

1. Information Facility System:

In order to ensure the interconnection between the building and the external information and communication network and the smooth flow of information, various types of information, such as voice, data, image and multimedia, are to be received, exchanged, transmitted, stored, retrieved and displayed to provide a combination of multiple types of information equipment systems, and to provide a combination of information equipment systems to ensure that the building and the external information communication network is not blocked. Various types of information equipment systems are combined to provide information and communication infrastructure to realize the application functions of building business and management.

2. Informationization Application System

Based on the building information facility system and the building equipment management system, it combines multiple types of information equipment and application software to satisfy various business and management functions of the building.

3. Building equipment management system

Has the functions of measuring, monitoring and controlling the electromechanical equipments of the building (power conversion and distribution, water supply and drainage, air conditioning, heating, ventilation, transportation and other facilities) to ensure the operation of all kinds of equipment systems to be stable, safe, and reliable, and to meet the management requirements of energy conservation and environmental protection.

4, public **** security system

In order to maintain public **** security, the comprehensive use of modern science and technology, in order to cope with all kinds of emergencies that jeopardize the security of the community and the construction of the technical prevention system or security system.

The wave of building intelligence initially appeared in the 1980s in the United States, the 1990s in China. Intelligent building is a product of the combination of modern building technology and high-tech information technology. It reflects the requirements of buildings in the information age. Intelligent buildings compared with ordinary buildings, in addition to general power supply, water supply and drainage, air conditioning, heating and ventilation and other facilities, should also have good information processing and automatic control capabilities. Intelligent building involves a wide range, including the traditional sense of the strong power project, weak power project and other hardware facilities: at the same time, including the "people-oriented" management concept under the guidance of the software development and application. To date, the world's concept of intelligent building definition has not yet been unified, due to different economic, cultural and technological background, each country for the intelligent building connotation and extension of the understanding of the different, in particular, it is important to point out that this understanding has been along with the development of technology and people in the field of practical activities and gradually revised and deepened. The early concept of intelligent buildings is actually a full embodiment of modern automatic control technology, only because the ordinary people at that time were relatively unfamiliar with this technology, and felt that the functions and services provided by the system were magical, so they understood it as having intelligent functions. In fact, the intelligent buildings before the 21st century, strictly speaking, are automated buildings. In recent years, mankind into the information society, only from the point of view of information resources, re-examined the demand for intelligent buildings, and thus put forward the concept of building "sustainable development", the building has really entered the intelligent development stage.

References

Li Lin. Digital Community Informatization System Engineering. Guangdong: Guangdong Higher Education Publishing House, 2010