Project Background:

With the rapid development of the global wind power industry, the length and weight of blades continue to increase, and traditional transportation methods face bottlenecks such as insufficient turning radius, poor road adaptability, and low transfer efficiency. Especially in wind farms with complex terrain and narrow road scenes, higher requirements are placed on the coordination, stability, and load-bearing capacity of blade transportation equipment. The customer requires a systematic solution for AGV with high-precision synchronous control, multi-mode path planning, and intelligent safety protection. Through dual vehicle collaborative control technology, it can achieve efficient linkage transportation of ultra long blades to meet the large-scale development needs of the wind power industry, reduce transportation costs, ensure blade transportation safety, and help improve the efficiency of the entire lifecycle of wind power projects.

Solution:

Hangfa provides the HW series wind turbine blade transport vehicle, which can achieve precise synchronization through dual vehicle linkage operation. The maximum single vehicle carrying capacity can reach 60t, and the multi vehicle linkage carrying capacity is increased by multiples based on the number of vehicles. It can be operated remotely from a distance, effectively reducing the occurrence of safety accidents, and only one person is needed to remotely control the dual vehicle linkage operation at the same time, which is flexible and efficient. The car has a long endurance, customizable body size, and waterproof and low-temperature resistance. The wheel system is anti slip, wear-resistant, and has a certain ability to climb slopes and overcome obstacles. It has good stability and strong adaptability to road conditions. Suitable for different types of wind turbine blades, for operation inside and outside the workshop and transfer operations between various workstations.