Overview
| brand | Shenlong Valley | material quality | Zinc magnesium aluminum or hot-dip zinc (hot-dip galvanizing) |
| surface treatment | Zinc aluminum magnesium or hot-dip zinc | Nominal diameter | 41/52/62 |
| length | six thousand | Applicable scope | Photovoltaic bracket power generation |
| producing area | Hengshui, Hebei | colour | silvery |
| Functional purpose | Photovoltaic bracket | Packaging specifications | tray |
| model | 41 * 41, 41 * 52, 41 * 62 | Customized or not | yes |
| Order number | fifteen billion one hundred and thirty-one million eight hundred and eighty thousand and eighty-two | category | Contact 13833825773 |
| production cycle | 5 days | Shipper | Hebei |
| Is it customizable | yes | yield strength | Q350 |
| Protection level | High strength | ||
Product Details
Pay attention to the introduction of high-quality and cutting-edge talents, attach importance to the skill development of enterprise employees, continuously expand team size, and improve team quality. The company currently has over 200 employees and more than 50 technical and quality control talents engaged in the photovoltaic industry, and the latest testing equipment fully ensures the status of the product and allows the enterprise to operate. Our company has participated in the drafting of the industry standard "Technical Requirements for Photovoltaic Power Station Supports" NB/T10642-2021, which promotes the healthy and rapid development of photovoltaic power stations, becomes more standardized, and has evidence to rely on during the implementation process..
At present, there are more and more restricted conditions for the use of solar photovoltaic brackets. The main reason is that the quality of steel is uneven, and installation requires a large amount of on-site drilling. However, the steel after drilling is prone to corrosion, so new brackets are needed to replace these angle steel brackets in order to slow down corrosion and extend service life.
Hebei photovoltaic bracket manufacturer, a new type of solar bracket main structure, with a special-shaped cold-formed thin-walled steel bracket structural system. Specially shaped cold-formed thin-walled steel is a prefabricated lightweight steel structural system that is mass-produced, rapidly assembled, and fully operational. It has the characteristics of low steel consumption, time-saving construction, and labor-saving.
The steel structure support of the special-shaped cold-formed thin-walled steel structure system is formed by connecting the prefabricated cold-formed thin-walled steel in the factory with bolts at the construction site to form a structural framework, and then installing battery panels to form an overall photovoltaic array.
Factory prefabricated integrated steel support system. Photovoltaic support manufacturers prefabricate steel structural frames with purlins. At the construction site, only the support modules need to be assembled and fixed on site, and then the battery panels are installed to form the entire photovoltaic array. The construction speed is fast, and it is suitable for large-scale power plants. The installation requirements for this type of steel structure bracket are high, and generally the steel used is of good quality and has a good surface treatment process.
Distributed photovoltaic power generation system, also known as distributed power generation or distributed energy supply, refers to the configuration of smaller photovoltaic power generation and supply systems on or near the user site to meet the needs of specific users, support the economic operation of existing distribution networks, or meet both requirements. The basic equipment of distributed photovoltaic power generation system includes photovoltaic cell modules, photovoltaic array brackets, DC combiner boxes Equipment such as DC distribution cabinets, grid connected inverters, AC distribution cabinets, as well as power supply system devices and environmental monitoring devices. Its operating mode is that under the condition of the sun, the solar cell module array of the photovoltaic power generation system converts the solar energy into output electricity, which is concentrated in the DC distribution cabinet through the DC combiner box. The grid connected inverter inverts the current to supply the building's own load, and excess or insufficient electricity is adjusted by connecting to the grid.
The distributed roof photovoltaic support system is composed of aluminum alloy guide rails, color steel tile fixtures, stainless steel hooks, L-angle aluminum, medium pressure blocks, edge pressure blocks, stainless steel screws, and other components. Shenlong Bayer Technology Hengshui Co., Ltd. is a manufacturer specializing in providing distributed photovoltaic support and photovoltaic support accessories for distributed photovoltaic power generation projects. The product series includes color steel tile roof photovoltaic support, glass tile roof photovoltaic support Oil felt tile roof photovoltaic brackets, cement flat roof photovoltaic brackets, etc. According to customer requirements, Dragon Bayer Company can customize various bracket solutions for you. 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.
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.
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.
Since its establishment, we have continuously adhered to innovation, providing customers with cost-effective support system engineering solutions while ensuring quality and structural strength, and providing excellent after-sales service. To give our company strong confidence in the construction of photovoltaic power plants.
