The single-axis and dual-axis tracking bracket is an important infrastructure, an important maintenance and stability guarantee facility for power supply, and is equivalent to the foundation of the house, so the quality of the single-axis and dual-axis tracking bracket is very important. Therefore, the single-axis and dual-axis tracking bracket must be sturdy and durable, and the price is moderately low, suitable for large-scale use, simple structure, easy to transport, and installation is not restricted by terrain fluctuations.

Considering the actual use purpose of the single-axis and dual-axis tracking support, once it becomes unstable, it will cause serious adverse consequences to the entire system. Therefore, instability is also one of the issues that need to be considered for single-axis and dual-axis tracking brackets. So what parts does the instability process of the single-axis and dual-axis tracking support include? What is the reason for the problem?

The instability process of single- and dual-axis tracking brackets mainly includes two stages, namely pre-buckling and post-buckling, but the two are unified in the load-deflection curve that responds to the whole process of electric power from loading to failure. When the single-axis and dual-axis tracking bracket is damaged by instability, its critical load is a stable maximum bearing capacity, so the maximum bearing capacity of the single-axis and dual-axis tracking bracket is an important and optimal state to be considered in the design.

With the continuous development of single- and dual-axis tracking brackets in the direction of light and thin walls, the possibility of this problem will become higher and higher. Considering that the bearing capacity of the bracket depends largely on the properties of the material, the application of high-strength materials is also important. More and more widely, through its excellent performance to ensure the stability of single and dual axis tracking bracket.