Photovoltaic Triangle Support Company

By integrating various resources both domestically and internationally, a series of products have been launched, including inclined roof photovoltaic brackets, adjustable angle roof photovoltaic brackets, flat roof solar brackets, ground all aluminum photovoltaic brackets, and waterproof photovoltaic brackets. The bracket products cover fields such as civil, commercial, and large-scale photovoltaic power plants. In addition, to meet the needs of domestic and foreign customers, we provide customized product solutions and OEM services.

In the design of photovoltaic brackets, we save material and labor costs for customers while ensuring quality and structural strength. Our products strictly follow the ISO9001 quality management system.

With rich experience in aluminum extrusion processing, excellent automated production lines, complete supply chain support, strong research and development technology team, and good production and business philosophy, we strive to become a qualified aluminum profile processing enterprise and photovoltaic support supplier. Our aim is to provide customers with reliable and cost-effective solutions for solar bracket systems. The industry standard NB/T10642-2021 "Technical Requirements for Photovoltaic Power Station Supports" was drafted with the participation of our company. This standard promotes the healthy and rapid development of photovoltaic power stations, is more standardized, and has evidence to rely on during the implementation process.

Photovoltaic car shed is a system that combines photovoltaic power generation with car shed. It can not only provide shelter for vehicles from wind and rain, but also use solar energy to create clean photovoltaic energy for electric vehicle charging, lighting, and integration into the power grid. The construction has almost no geographical restrictions, making it very flexible and convenient.

There are two technical considerations for the ground matrix of solar photovoltaic brackets: firstly, the requirements for wind resistance on the brackets. The second is the distance between the support matrix and the support matrix

To ensure wind resistance, Tianjin Taineng's photovoltaic brackets are often mixed with aluminum alloy and steel structures. This ensures that the brackets are wind resistant and do not cause the solar brackets to become unstable, while also ensuring the overall appearance of the brackets.

When choosing photovoltaic brackets, people need to choose them based on their actual needs. Because the thickness of the solar photovoltaic bracket directly affects its bearing capacity. In large buildings, when people need photovoltaic brackets with excellent load-bearing capacity, thick walled steel should be used.

When using solar photovoltaic brackets, many factors need to be considered, including the climate of the location where the photovoltaic bracket is to be used, whether it is rainy, snowy, weather, or hot weather. These are all necessary considerations in the selection process. Only by selecting suitable, high-quality, and relatively strong photovoltaic brackets can the service life of the photovoltaic bracket be guaranteed.

There are also various processing methods for photovoltaic brackets, among which the section steel is made of steel plates with different thicknesses. According to the design requirements, the steel is processed and formed in the factory. This forming method can be calculated based on the stress of different structural parts of the photovoltaic engineering project, and different thicknesses of steel plates are used in different parts. Compared to hot-rolled one-time formed products, the stress is more reasonable, more suitable for on-site installation, and can also save steel.

High strength photovoltaic brackets are divided into fixed brackets and tracking brackets. The requirements for photovoltaic brackets are also relatively high:

On the one hand, high-strength photovoltaic brackets need to be used for a long time in specific environments, with strong mechanical properties such as wind pressure resistance, snow pressure resistance, earthquake resistance, and corrosion resistance, ensuring normal operation in various harsh environments such as sandstorms, rain, snow, and earthquakes, and the average service life is required to be over 25 years.

On the other hand, high-strength photovoltaic brackets play an important role in the establishment of photovoltaic power plants. The production quality and design device requirements of photovoltaic brackets are in line with the climate environment, building specifications, photovoltaic power design and other specifications of the project site. The photovoltaic bracket carries the power generation main body of the photovoltaic power station, and the production quality, structural design, and layout device of the photovoltaic bracket directly affect the power generation efficiency, safe operation, and service life of the photovoltaic power station. Choosing suitable photovoltaic brackets and scientifically reasonable design devices can not only reduce engineering costs and improve power generation efficiency, but also reduce the cost of later operation and maintenance.

Corporate Mission

Mission: Make Green Energy Safer

We are committed to:

Becoming a photovoltaic support product;

Contribute safer and more beneficial products to global photovoltaic power stations