Metal Roof Solar Mounting System

The Metal Roof Solar brackets are suitable for roofing with corrugated sheet metal, or trapezoidal metal sheet. A Hanger bolt is available for the foot option, making the installation more convenient, competitive, and reliable. The systems fully comply with the Australian and other international standards on wind & snow load, making it suitable for a wide variety of climatic zones.

Ballast PV System are applied to various kinds of flat roof projects. Main components made of hot-dip galvanized steel have good performance of structure strength, stability and anti-corrosion, and are compatible with varied solar modules. Patented structure design guarantees shorter installation time to save construction cost.

Solar tracking system is oriented north-south and tracks east-west. Powered by motors and guided by astronomical algorithms, it aligns the module with the sun's azimuth. This optimizes direct sunlight exposure on the PV module surface to enhance power generation.

Aluminum solar ground mounting system is crafted from aesthetic, sturdy, and lightweight aluminum alloy materials. The corrosion-resistant properties ensure lasting durability, while the modular design enables simple installation and customization to suit different terrains and project needs.

Solar safety fence primarily utilizes hot dip galvanized steel for anti-corrosion and rust resistance, enhancing overall aesthetics. It offers secure, stable and robust protection for PV power plant. Customization options are available to suit different customer needs and site requirements.

Ballast PV System are applied to various kinds of flat roof projects. Main components made of hot-dip galvanized steel have good performance of structure strength, stability and anti-corrosion, and are compatible with varied solar modules. Patented structure design guarantees shorter installation time to save construction cost.

Building-integrated photovoltaic (BIPV) systems have dual-purposes: They serve as both the outer layer of a structure and electricity generation for off-grid or on-grid. BIPV systems save construction material costs and electricity costs, reduce pollution.

Dual-use in land for both agriculture and energy production can improve land use efficiency and increase crop production by over 30%. And it can provide an additional source of income for farmers, making it a financially attractive option.