Sinta - Solar Mounting Structure
The solar mounting structure is a specialized system designed for installing solar photovoltaic modules. Its primary function is to securely and properly position the solar panels on the ground, rooftops, or other structural surfaces to achieve the optimal sunlight angle and maximize solar energy absorption efficiency.
As a crucial component of a photovoltaic system, the mounting structure must not only possess strong structural integrity but also offer excellent weather resistance, corrosion protection.
According to different installation environments and application requirements, solar mounting structures can be classified into various types, including ground mounting systems, rooftop mounting systems, tracking systems, and carport mounting systems.
Available materials for PV mounts include hot-dip galvanized steel, stainless steel, aluminum alloy (such as AL6005-T5), and fiberglass reinforced plastic (FRP) composites.
We adopt a modular design concept. The mounting system mainly consists of pillars, beams, braces, rails, clamps, and connectors. All joints are assembled using bolts or snap-in connections, eliminating the need for welding. This allows for quick on-site installation and helps reduce construction costs.
Mounting angles can be fixed or adjustable, typically ranging from 5° to 45°, with common angles being 15°, 20°, and 30°.
High Structural Strength：
The solar mounting system is professionally engineered for structural mechanics, offering high stability and reliability. It can withstand strong winds and heavy snow loads, ensuring the safe operation of the PV system even under extreme weather conditions.
Adaptable to Complex Terrains：
PV mounting structures are compatible with a variety of foundation solutions such as concrete foundations, pile foundations, and ground screws. They are suitable for installation in diverse terrains including mountains, deserts, tidal flats, farmland, and water surfaces. Rooftop systems are also adaptable to various roof types such as metal sheet roofs, cement roofs, tile roofs, and flat roofs.
Easy Installation：
With a modular and pre-assembled design, most components are pre-fabricated in the factory. On-site installation only requires simple assembly, significantly reducing labor costs and construction time, making it ideal for large-scale rapid deployment projects.
Highly Adjustable：
The tilt angle and layout of the solar mounting system can be adjusted according to local solar radiation conditions, thereby maximizing power generation efficiency.
Long Service Life：
Thanks to high-quality materials and scientifically engineered structures, the mounting system can operate stably for over 25 years in harsh outdoor environments. It features strong structural integrity, secure connections, and requires minimal maintenance.
Solar Power Plants：
Solar mounting structures are widely used in large-scale ground-mounted PV power stations, including centralized power plants and distributed photovoltaic systems.
Rooftop PV Systems：
Ideal for residential rooftops, factory roofs, warehouses, schools, and other buildings. Due to diverse rooftop structures, lightweight aluminum alloy mounts are often preferred.
Solar Carports：
Combining shading and power generation, solar carports are commonly used in public parking areas such as business parks, shopping centers, and hospitals.
Agricultural Solar Greenhouses：
PV mounting systems can be integrated into agricultural areas, supporting solar panels while allowing crop growth beneath. The height and layout of the mounting structure can be adjusted based on crop type, improving land use efficiency.
Floating Solar Power Stations：
For water-based solar projects, corrosion-resistant mounting systems combined with floating pontoons create floating PV systems suitable for reservoirs, lakes, and mining ponds, offering the advantage of zero land occupation.