Ground Mount

Space-saving: The single-pole support design occupies a small footprint, improving land utilization by over 30% compared to traditional support structures, making it suitable for projects with limited land resources. Sturdy structure: The steel pole utilizes thickened tubing and is deeply buried, offering wind resistance ratings exceeding 12 and strong snow load resistance. Easy installation: The pole structure has few components, allowing for simple on-site assembly, allowing for quick installation and minimizing site disruption.

Optimized Cross-Section: The C-shaped cross-section of the C-shaped steel offers 20% greater bending stiffness than conventional rectangular steel, reducing material usage under the same load. Convenient Connection: Standard holes are reserved on the side of the C-shaped steel for quick bolt connection to other components, improving installation efficiency. Highly Customizable: The C-shaped steel can be cut to different lengths to suit project requirements, accommodating varying spacing between PV panels and providing high flexibility.

Excellent torsional resistance: The U-shaped cross-section of the U-shaped steel provides excellent torsional strength, maintaining structural stability even in challenging terrain (such as minor vibrations and ground subsidence). Corrosion-resistant and durable: The surface is hot-dip galvanized, with a zinc layer thickness of at least 85μm, to resist corrosion in acidic and alkaline environments, making it suitable for projects near industrial plants. Compatible: Compatible with steel and aluminum photovoltaic panel mounting systems, facilitating the mixed installation of panels of different materials within a project.

Good stability Suitable for different foundation High pre -assembly Easy installation High strength

Complementary Materials: Combining the high strength of steel with the lightweight and corrosion-resistant properties of aluminum, the bracket offers strong load-bearing capacity and a long service life. Cost Optimization: Steel is used in key load-bearing areas, while aluminum is used in non-load-bearing areas, ensuring structural safety while reducing overall material costs. Wide Environmental Adaptability: The bracket can be used in areas with high humidity, high salt spray (such as coastal areas), or heavy snow, requiring minimal maintenance.

Solar farms generate massive amounts of electricity by harnessing sunlight, providing clean and sustainable energy to power thousands of homes and businesses. This reduces reliance on fossil fuels and helps combat climate change.Once installed, solar farms require minimal maintenance and have low running costs. Solar energy is free, making it a cost-effective solution for long-term energy production.

Sustainability:Reduces carbon footprint by generating clean energy. Space Efficiency:Utilizes existing building surfaces without requiring additional space. Increased Property Value:Enhances the value of the building through energy efficiency and modern design. The Angels Solar BIPV System is crafted from high-strength MAC steel,offering exceptional durability,cost-effectiveness,and an extended service life,making it the ideal choice foryour sustainable energy needs.

Solar Panel Mounting Aluminum Bracket System Material Advantages: Made of high-purity aluminum alloy, the lightweight design facilitates transportation and on-site installation, reducing labor and lifting costs. Solar Panel Mounting Aluminum Bracket System Weather-Resistant: The anodized or spray-coated surface resists rain and UV damage, adapting to diverse climates and extending service life. Solar Panel Mounting Aluminum Bracket System Wide Compatibility: Compatible with all major solar panel sizes on the market, the bracket spacing and angle can be flexibly adjusted to meet diverse installation requirements.