SkyWings, equipped with Arctic’s synchronous multi-point drive mechanism and advanced torque tube design with exceptional bending and torsional resistance, can maintain normal operation even in wind speeds of up to 18m/s (level 8 gal). resulting in a 2 percent reduction in power generation. Powered by its second-generation AI algorithm, SkyWings can calculate the optimal tilt of the tracker in different terrains and environments, enabling real-time shading avoidance and increasing energy output by up to 8%. .
Additionally, to better accommodate the plant’s irregular and undulating topography, Arctic provided a customized SkyWings solar tracking solution that incorporates ground tracking capabilities. The tolerance for undulation between adjacent rows is set at 20% in the east-west direction and 15% in the north-south direction. Additionally, Arctech developed a post-height design to maximize space under the solar panel, simplifying agricultural practices. As a result, farmers are now able to grow crops and raise livestock under solar panels, reaping both economic and environmental benefits.
To minimize pollution and environmental damage to the grassland during both construction and operation, SkyWings installs one-piece H-shaped steel piles, while the construction team uses static pressure construction on site. Additionally, after 25 years of safe power station operation, approximately 90% of Skywings’ steel pipe piles remain suitable for recycling purposes, thus reducing waste emissions by approximately 60% compared to conventional concrete piles. Decrease occurs.
Once operational, the plant will generate 5.7 billion kWh of electricity annually, enough to power two million households. Every year, it can save 1.71 million tons of standard coal and reduce carbon dioxide emissions by about 4.7 million tons” equivalent to planting 62,700 hectares of trees.
The use of Arctic’s SkyWings in this plant further demonstrates its versatility as a solar tracking system capable of adapting to diverse scenarios, including agrovoltics, irregular terrain, coal mining sub-regions, and A lot of things.
