With the rapid development of photovoltaics, supporting facilities have also been fully developed, forming their own core technologies and contributing to the development of the photovoltaic industry. Tracking brackets are one of them.

      In the early stage of photovoltaic development, the brackets for installing photovoltaic modules were basically fixed structures, which were relatively simple in structure and relatively cheap in cost. As the industry's demand for efficiency continues to increase, tracking brackets have received more and more attention from the market.

      Compared with fixed brackets, tracking brackets have higher requirements for software and hardware. Therefore, the following four aspects need to be optimized.

      Hardware strength and durability. Whether it is a fixed bracket or a tracking bracket, it is necessary to keep up with the life of the photovoltaic module. Currently, the life span of components is mostly 20-25 years. Therefore, the hardware strength and durability of the bracket must be strictly tested, and the tracking bracket needs to be rotated, which puts forward higher requirements for its structure and design.

      Advanced monitoring and operation and maintenance system. After the software and hardware of the tracking bracket have sufficient stability, it is difficult to encounter some extreme situations, such as hail in some areas, and the monitoring system needs to notify the operator in time to maintain and adjust the software and hardware. , So as not to affect power generation.

      At present, the excellent tracking bracket combined with the excellent software and hardware system can increase the power generation by about 10%, which has made a great contribution to reducing costs and increasing efficiency, and will naturally attract the attention of the market.