What aspects should we consider when installing the PV tracking system?

When installing solar equipment, tracking brackets are required. Each bracket has a different structural design and may have different installation requirements. Of course, there are many factors to consider when installing solar tracking brackets. What are the specific aspects?

The steel structure of the solar tracking bracket has very high volume and rigidity requirements and should be determined based on the volume of the solar panel. Only when the rigidity and support size meet its standards, can its stability be further improved during the installation process. More and more technical points are realized in the operation and use process.

The PV tracking system should be handled with care during transportation, especially during packaging, to ensure a more coordinated and stable overall effect during installation. Since solar equipment is installed outdoors, it must be installed according to relevant fixed requirements to improve its safety during normal use and greatly reduce the damage rate.

However, the issue of corrosion prevention and cost of solar tracking brackets should be fully considered to achieve a more lasting effect in the fixed process and ensure its performance and quality at least during the use process. It is necessary to clearly understand the issues considered during installation to achieve a better fixed effect.

What are the technical requirements of the manufacturing process of the PV tracking system?

As China's tracking and positioning technology becomes more advanced, it is being applied to many industries. The tracking technology is used for solar power generation, which can locate the position of the sun at any time, thereby absorbing sufficient solar radiation at any time. Therefore, what are the technical requirements of the manufacturer in the manufacturing process after successfully developing a PV tracking system?

The accuracy coefficient should be further improved, because the PV tracking system should locate the position of the sun at any time during the operation period to absorb more electricity, and the radiation amount realized in the application process will continue to increase. Therefore, different brands of tracking systems will have differences in accuracy design.

The efficiency of PV tracking system power generation has also become an aspect that manufacturers need to improve in the production process. Only by improving the efficiency of solar power generation, can this point be more prominent in its working performance. Only after strictly locking the technical requirements of power generation efficiency in the production process, can the cost-effectiveness of tracking systems sold on the market significantly improve and the number of customers increase.

Combining the technical requirements of the PV tracking system in manufacturing and production, it aims to target the sun during installation and operation, resulting in further increases in absorbed radiation energy.