In the Sany Industrial Park near Beiqing Road, Changping District, Beijing
It was built by China Construction Science and Industry
Sany Global Science and Technology Innovation Center Project
Actively implement the "industrial upstairs" model
Promote intelligent construction with new technologies
Achieve the goal of space intensification and functional complexity
Create a new highland for intelligent industrial agglomeration for Sany Industrial Park
Provide sufficient and high-quality space guarantee.
▲ Sany Global Science and Technology Innovation Center project that implements the "industrial upstairs" model
"Inch of land" produces "inch of gold": industry upstairs
The object will be scattered on the ground
R&D centers, office space and production facilities
Cleverly stacked vertically
Help Sany Industrial Park to realize the upstream and downstream agglomeration of the industrial chain
Help them effectively reduce operating costs
on a vertical area
40,000 square meters of high-standard industrial area have been added
The plot ratio increased from 1.5 to 2.5
Improve the land utilization rate of the park.
▲Vertical space structure diagram of the project
"Construction" to "Intelligent Manufacturing": Science and Technology Leading
items in the production process
Clever combination of BIM technology and robotics
Apply BIM technology to build accurate 3D models
And import the 3D model data into the mini arc welding robot
The mini arc welding robot starts welding based on the data provided by BIM.
Concrete laser leveling robot
Based on the data transmitted by BIM
Scratch-free construction of the ground with minimum pressure
The scraping and vibrating mechanism is automatically adjusted according to the height of the laser
Make sure the floor is at its best
A total of 9 robots are working efficiently on site.
▲The mini arc welding robot performs welding tests based on BIM data
The project was also applied
Floor thickness detector, digital ultrasonic flaw detector and other intelligent instruments
Monitor the quality of floor slabs and steel structures
At the same time as real-time data transmission and analysis
Rectify the quality problems of the project in a timely manner
Ensure the high-quality completion of construction tasks.
In terms of security management
The project uses high-support mold intelligent monitoring, intelligent environmental management and other systems
Analyze the risk points of people, materials and machines in the project
Help projects gain insight into safety hazards in advance.
▲Floor thickness detector and digital ultrasonic flaw detector are corrected in time
"Zero consumption" and "zero carbon": green construction
The project adheres to the concept of "green construction".
Widespread adoption of renewable, low-carbon building materials
Combined with advanced clean energy systems
Effectively reduce the emission of harmful gases
Make indoor formaldehyde, ammonia and other pollutants
20% lower than the national standard
By installing a soundproof curtain wall
It effectively isolates external noise interference
Create a quiet R&D office environment for the industrial park
Low refractive index glass is used
Reduce glare both indoors and outdoors
Protect the visual health of the surrounding residents.
In areas such as office corridors and rooftops
There are "indoor gardens" and "sky gardens".
Create "one area, one landscape"
Change people's "stereotype" of high energy consumption and high pollution in industrial parks
Give the building a fresh green and vibrant life.
▲The "hanging garden" installed on the roof