The design of solar photovoltaic mounting brackets

- Jul 26, 2018-

The design of solar photovoltaic mounting brackets

The structure must be robust and capable of withstanding atmospheric erosion, wind loads and other externalities. Safe and reliable installation, with the lowest installation cost to achieve maximum use, almost maintenance-free, reliable maintenance, these are important factors to consider when making a choice. Highly wear resistant materials are used in the solution to resist wind and snow loads and other corrosive effects. Comprehensive utilization of aluminum alloy anodizing, ultra-thick hot-dip galvanizing, stainless steel, anti-UV aging and other technical processes to ensure the life of solar brackets and solar tracking.

The solar windshield has a maximum wind resistance of 216 km/h, and the solar tracking bracket has a maximum wind resistance of 150 km/h (greater than 13 typhoons). A new solar module bracket system represented by a solar single-axis tracking bracket and a solar dual-axis tracking bracket, compared with a conventional fixed bracket (the same number of solar panels), can greatly increase the power generation of solar modules, using the single-axis tracking bracket makes the solar panels generation increased by 25%, while the solar dual-axis bracket can make it increased by 40% to 60%.

With advanced German equipment: 10T aluminum melting furnace (including dust collecting equipment), 1500T, 600T extrusion machine, 880T seamless extrusion machine, aging heat treatment furnace, anode treatment tank (including wastewater treatment equipment), extrusion type correction machine, more Station cold heading machine, punching machine, folding bed, etc. production and development of various aluminum extrusion and solar bracket accessories series.

The product absorbs the design concept of solar energy developed countries such asGermanyandAustralia. The solar bracket and solar tracking adopt modular design and are easy to install. No welding is required at the installation site, and even a hole is not required.

Slope roof photovoltaic system

According to the different structure of the slope roof, we will provide you with unique accessories specially developed for the slope roof photovoltaic system to meet your requirements.

Slope roof photovoltaic system bracket features:

§ Suitable for tile roofs with different thickness adjustable height accessories to meet customer application flexibly

§ Connecting plates and other accessories with multiple openings for flexible and effective position adjustment

§ Do not damage the roof self-waterproof system

Flat roof photovoltaic system

Common flat roof forms are: concrete flat roof, color steel flat roof, steel flat roof, ball joint roof and so on.

Flat roof photovoltaic system bracket features:

§ Large-scale tidy laying

§ A variety of solid and reliable connections to the basics

§ Develop unique accessories to meet the different needs of customers

Large ground photovoltaic system

Common large-scale ground-based photovoltaic systems generally use a concrete strip (block) foundation form (special foundation conditions need to consult professional soil mechanics designers).

Large ground photovoltaic system bracket features:

§ Rapid installation and construction progress of large-scale ground photovoltaic system power station

§ Flexible and variable adjustment form to meet the complex and variable requirements of the construction site

§ Reduce the number of accessories for on-site workers to identify installation

Column solar bracket

In order to meet the installation requirements of large-size solar modules, and can be used in areas with high wind speed, a ground reinforcement structure is designed. The bracket system can adjust the horizontal angle according to needs. When the system is installed, no on-site welding is required. According to the assembly drawings we provided, the bolts can be placed in the corresponding bolt holes and can be completely installed. Main features: component/modules area 12.8 square meters; completely maintenance-free; high reliability, long service life; power up to 1.6 kW; no need to move, system fixed; can resist wind ≥ 200 km / h; reasonable price.