Beijing CITIC Tower

Project Introduction:

Beijing CITIC Tower is located in the CBD area of Chaoyang District, Beijing, and is the headquarter of the CITIC Group. The total height of the tower is 528 meters, and the total construction area is about 437,000 square meters. It is Beijing's tallest building, with a total of 108 floors above ground and 8 floors underground (including mezzanine floors). Beijing CITIC Tower integrates the functions of Grade A office buildings, conferences, commerce, tourism and various supporting services, and won the "Top Ten Contemporary Chinese Architecture" award. In the international bidding facing the world, our company stood out with the technical solution of integrated cloud platform for management, control and operation integrated with BIM technology and underlying data integration of the Internet of Things, and won unanimous praise from CITIC Group and the expert judges, and became the contractor of the intelligent weak current system. IBT is responsible for the in-depth design, equipment procurement, system integration, installation and commissioning, acceptance and delivery, training and operation services of the weak current intelligent system, etc.

Project Content:

IBT is responsible for the construction of this project: Application of cloud computing, Internet of Things, comprehensive energy management, building information modeling (BIM) and other new technologies. Realize scientific comprehensive management and high-quality services in office management, space management, facility management, safety management, equipment management, energy saving management, emergency management, and commercial services. Establish a smart building cloud platform (first-level platform), integrated property and facility management (BIM+FM), building equipment management (BMS), integrated security management (SMS), information facility management (ITSI) secondary management platform. Through the smart building cloud platform, the intercommunication, data sharing, network integration, functional coordination and control linkage between the four secondary platforms are realized.

Awards:

Luban Award (National High-Quality Project).