Shenlong Bayer pipv photovoltaic bracket ground pile, desert photovoltaic bracket manufacturer direct warranty for 25 years

The second point is to check whether the products within the company are complete in variety, whether the products have trademarks, and the registration time; The industry standard for photovoltaic power generation brackets, "Technical Requirements for Photovoltaic Power Station Supports" NB/T10642-2021, 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 in the implementation process.

In recent years, the sites of photovoltaic power stations have mostly been located in mountainous areas, especially in the southern region, with most mountainous areas having slopes in the east-west and north-south directions. If fixed brackets are used for photovoltaic modules, the depth of the steel pipe anchor pile foundation and the exposed height of the steel pipe are generally consistent in the design of flat photovoltaic power plants; However, in mountainous photovoltaic power plants, when using mechanical perforated steel pipe anchor piles (hereinafter referred to as "steel pipe piles") as the foundation form for photovoltaic module support, due to uneven terrain and slope, in order to ensure that photovoltaic modules in each string must be installed on the same horizontal plane, the length of each front and rear column needs to adopt different values, and the length changes with the terrain, with the top elevation of the pile foundation varying from high to low. Therefore, exploring and accurate methods for cutting steel pipe columns is of great significance for accelerating the construction progress and reducing construction costs of mountain photovoltaic power stations.

At present, most engineering projects obtain steel pipe column cutting data by using instruments such as level gauges and total stations for measurement. Although the measurement accuracy using measuring instruments is relatively high, this method requires equipped measurement personnel, and additional personnel need to be arranged on each steel pipe pile to use a ruler prism for measurement; In addition, due to the influence of mountainous terrain, the visibility conditions of the instrument will also be limited, which results in high costs and low efficiency of using instrument measurement methods. This article summarizes engineering practice and explores the use of simple tools and methods to solve the efficiency problem of steel pipe column cutting when using fixed brackets in mountain photovoltaic power stations.

Mainly suitable for civilian roofs, with great flexibility. It is suitable for various types of solar panel tiled roofs, and common tile types in domestic civil buildings include asphalt tiles, glazed tiles, cement flat tiles, Roman tiles, Spanish tiles, and slate tiles. If the size of the tile is not easy to measure on site, you can also check the size online after determining the tile type. Because the size of the tiles, especially the thickness, determines the selection of components such as brackets, hooks, etc.

At the same time, it is necessary to confirm the specifications, materials, and spacing of the beams, columns, and purlins, as the bracket system hooks of the tile roof are installed and fixed on the purlins.

If the cement concrete layer is under the tile, use expansion bolts to fix the hook; If the purlin is a wooden beam, use wooden screws to fix the hook.

During the preliminary design, it is necessary to lift some tiles on site to check the roof structure, and note the dimensions and spacing of the main beams and purlins.

For villa roof plans, they are generally relatively small, but it is important to consider a more comprehensive plan, which involves the roof angle, tile angle thickness, water strip thickness, and tile shelf thickness. Depending on the height and angle of the ceramic tile hook on different roofs, it may vary. When making this plan, it is important to pay attention to the selection of glazed tile hooks. If not fully considered, the roof tiles will tilt up and the roof will definitely leak. Generally, it must be handed over to the unit that has done this project. We have done numerous cases of this scaffold scheme and it has basically become a standard scheme, with good response.

Bracket installation method:

1. Firstly, measure the installation area of the roof and install the glazed tile hooks according to the drawings;

2. After the glass tile hook is firmly installed, lay the guide rail and install the components.

3. Install parallel to the roof to ensure the stability of the support and obtain a light angle.

The support equipment of the flat roof solar photovoltaic support system literally refers to the support device system of the flat roof, and its installation is becoming more convenient. Due to the fact that the device is relatively flat in the air, it is suitable for large-scale clean laying and has various stable and sturdy basic connection methods. It is also possible to develop unique accessories based on customer requests, allowing customers to meet significant limitations.

The large-scale aerial solar photovoltaic bracket is a rare type of photovoltaic bracket equipment, which is a large-scale aerial photovoltaic system. The large-scale aerial photovoltaic system normally adopts the basic situation of concrete strips. The method of using this support device can quickly achieve the installation, work together with a large aerial photovoltaic system, and improve the progress of power station construction team, so its application is also common. The above are some varieties and application characteristics of photovoltaic support systems. With the development of the industry, this type of equipment will become more and more widespread, making our lives more convenient and efficient.

The wind resistance of the solar powered support is 216 kilometers per hour, and the wind resistance of the solar powered tracking support is 150 kilometers per hour (greater than a Category 13 typhoon). The new solar module support system, represented by solar single axis tracking brackets and solar dual axis tracking brackets, can significantly improve the power generation of solar modules compared to traditional fixed brackets (with the same number of solar panels). Using solar single axis tracking bracket components can increase power generation by 25%, while solar dual axis brackets can even increase power generation by 40% to 60%.

Shenlong Bayer adheres to the mission of "craftsmanship, quality, rigor, and integrity" and "creating value for customers and growth opportunities for employees". It adheres to continuous improvement, strengthens team execution, wins trust with service, reputation with quality, and long-term survival with win-win results.