Self-developed unique and highly reliable multi-point transmission tracking structure system, large torque tube, structure rigidity increased by 20%, can resist greater wind resistance, each row of trackers has 3 or more drivers, which is more improved accurate tracking accuracy and structural reliability, using the most advanced wind tunnel design, can adapt to multi-angle protection strategies, specifically designed for 182mm and 210mm large silicon high-power components.

The self-developed independent single-row tracking bracket 1P system can adapt to the 20% slope of the north and south slopes, keep close to the ground, and have strong wind resistance. The standard product can install up to 90 modules, and the number of installed modules can be adjusted according to the string configuration and the size of the terrain. It is the best choice for irregular land power stations. The electronic control adopts the most advanced AI intelligent controller, which can be equipped with self-powered strings and small lithium battery panels.

The self-developed two row linkage tracking system adopts larger cross-section and high-strength main beam, with better stiffness, higher natural vibration frequency and more safety and reliability. It is suitable for high-power and large-size modules. Compared with the conventional single row tracking system, the number of electric control and drive is twice less, and the failure rate is lower. Through wind tunnel test, a more reasonable wind resistance mechanism is obtained, which can more effectively protect the 25 year life of the power plant.

The independent single-row tracking 2P system developed independently has the advantages of strong slope adaptability, large tracking angle, quick installation, and convenient operation and maintenance. The number of columns in the 2P system is reduced by more than 40% compared to the general tracking system, which greatly reduces the cost of civil engineering. It is specially designed for double-sided modules, and the back side can be unobstructed. In the mode of using tracking system + double-sided modules, the power generation of PV modules can be greatly improved.

The increase in power generation of solar PV plant is inseparable from the mounting solution design as well as further O&M. Based on this, Grace Solar recommends the solution of combining Grace Solar tracking system and cleaning robot. The AI tracking strategy of the GS tracking system can optimize tracking in different modes such as night, rainy, snowy and sandy, and is perfectly adapted to the cleaning robot, which not only ensures the smooth operation of the plant, but also realizes the safe cleaning of modules. This solution can realize the increase in power generation, and really reduce the cost and increase the efficiency of power plants!