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Weihua lifting height is 658 meters
Ultra-high lift gantry crane for intelligent shafts
Successfully passed on-site acceptance at a pumped storage power station in Zhejiang
Following the Beijing Olympic Games supporting engineering project, the gantry crane with a lifting height of 400 meters
After setting a world record
This time, the ultra-high lift gantry crane is specially designed for the 658-meter intelligent shaft
Successful acceptance
Means that Weihua breaks the world record again

The energy storage power station has the deepest water diversion shaft in the domestic pumped storage industry, with a depth of 658 meters. In order to meet the requirements of this project for shaft excavation and construction, the ultra-high-lift shaft construction special crane developed and produced by Weihua is mainly used for shaft excavation, assembly and lifting of TBM equipment, high-precision intelligent lifting of pressure steel pipes, and hoisting of construction equipment in the shaft.
The 658-meter ultra-high-lift gantry crane dedicated to intelligent shafts can undertake such a difficult task thanks to its powerful performance:
Digital visualization: Ultra-deep shaft 5G+ integrates redundant communication technology to ensure stable transmission of control and audio and video signals and achieve digital visualization.
Precise positioning: Through the core algorithm, the error caused by the physical deformation of the wire rope itself is solved, and ultra-high lift precise positioning is achieved.
Intelligent control: The use of intelligent sensing detection and intelligent data analysis technology allows remote command to be on-site. At the same time, it cooperates with intelligent switching of multiple spreaders, automatic obstacle avoidance, precise positioning, intelligent linkage and other technologies to greatly reduce operational risks and improve construction efficiency.
Stable and wind-resistant: Special consideration is given to the use requirements under severe weather conditions. The structure is stable and the wind-resistant ability is strong to ensure stable operation in various complex environments.
This energy storage power station is a major energy project in Zhejiang Province with an installed capacity of 1,400 MW. After completion, it will mainly supply power to the Zhejiang power grid. It can promote the consumption of new energy, improve the grid structure, and further improve the security, stability and economy of the grid. It is of great significance to building a new power system with new energy as the main body and helping the country achieve the "double carbon" goal as soon as possible.