SPC is committed to providing an optimized structure for simple, fast and efficient installation, minimal assembly parts, innovative design ideas and flexible compatibility. Designed to withstand high wind and snow loads and rain loads can provide engineering analysis for wind loads. Due to the simple design, even if the terrain is not flat, there is no need to level the ground. The optimized design ensures that a lot of time and money are saved.
SPC Solar devotes to manufacturing solar mounting system & components for more than 10 years. Products have a wide range, covering solar roof racking system ,solar ballasted mounting system ,solar ground mounting system, solar rails, hooks, clamps, bolts, flashing plate….
Our carbon steel ground mounting system can be used to install PV modules on the ground. The main structure is made of Q235 hot-dip galvanized steel. After treatment, the carbon steel can adapt to the extremely harsh climate and can prevent corrosion. Carbon steel is cheaper than aluminum, safety and reliability. It provides a single support, and can effectively support 1, 2, 3 lines, very suitable for the following arrays:
-Structural materials: hot dip galvanized steel, aluminum
-Module orientation: horizontal (3 lines)
-Segment length: up to 20m
-Load assumption: in line with European standards
-Comply with local regulations.
-Panel size 1650 x 992 x 35 mm, 350 watts
The design of the ground mounting system for solar panel is very stable, and considering the cost, the structural components are also optimized. Due to the high density, high hardness and high strength of carbon steel, installation is very easy, and after heat treatment, the carbon steel can obtain higher hardness and good wear resistance, which can improve the mechanical strength of the material.
Our solutions are suitable for almost all terrains and field conditions. Our ground-mounted system can be expanded to large, medium and small applications. The carbon steel bracket provides the greatest strength-to-weight ratio and is made of optimized materials to achieve maximum strength and durability.