Custom-15-30° Adjustable Black Bracket

Advantages of adjustable brackets
1. Improved power generation efficiency
Flexible light tracking: The inclination and azimuth of the photovoltaic panel can be adjusted manually or automatically according to the season, time period, and geographical location. For example, in summer, the inclination is increased to reduce direct sunlight, and in winter, the inclination is reduced to allow the direct sunlight to last longer, so that the photovoltaic panel always receives light at a better angle and increases power generation. For example, the single-axis tracking bracket can automatically adjust its position as the sun rises and sets in the east, and the dual-axis tracking bracket can also take into account the changes in the solar altitude angle, and the power generation can be increased by 10% - 30% compared with the fixed bracket.
Adapt to scattered light: In cloudy and overcast weather, by adjusting the angle, the photovoltaic panel can better capture scattered light, reduce power generation losses when the lighting conditions are poor, and maintain a relatively stable power generation level.
2. Environment and scene adaptation
Terrain adaptation: Facing complex terrains such as mountains, slopes, and uneven roofs, the adjustable bracket can flexibly adjust the height and angle without a large amount of land leveling, reducing the difficulty and cost of early construction and broadening the scope of site selection for photovoltaic projects. For example, in mountain photovoltaic power stations, the brackets can be adjusted row by row and column by column to adapt to the slope of the mountain.
Responding to climate change: The solar altitude angle and sunshine duration are different in different seasons, and the adjustable bracket can be dynamically adapted. In some areas, snow accumulates in winter. Adjusting the bracket angle can let the snow slide off to prevent snow from blocking the photovoltaic panels; in coastal areas during the typhoon season, adjusting the angle reduces wind resistance and reduces the risk of damage to the bracket and photovoltaic panels.
3. Advantages of the whole project cycle
Convenient installation: Modular design with adjustable characteristics reduces on-site precise measurement and customized processing links. Construction personnel can quickly assemble and adjust the bracket without complex operations, shortening the construction period, especially for large-scale power station projects, which can speed up the project progress and reduce labor costs.
Flexible operation and maintenance: In the later operation and maintenance, if the photovoltaic panels and components need to be repaired and cleaned, the adjustable bracket can adjust the angle, making it more convenient and safe for the operation and maintenance personnel to operate, reducing the difficulty and risk of operation and maintenance, and facilitating the replacement of faulty parts and improving operation and maintenance efficiency.
Extending system life: Reasonable angle adjustment can disperse the force on the photovoltaic panels (such as adjusting the angle to unload force in strong winds), reduce the damage of components due to long-term uneven force and harsh environmental impact, extend the overall service life of the photovoltaic system, and reduce replacement costs.
IV. Cost and benefit optimization
Reduce costs and increase efficiency: Increasing power generation directly increases revenue; the convenience of installation and operation and maintenance reduces manpower and time costs; the bracket adapts to complex terrain and reduces the initial investment such as land leveling. From the perspective of the whole cycle, it can optimize the project cost structure and improve the return on investment.
Strong reusability: When the project is transformed or relocated, the adjustable bracket can readjust the parameters to adapt to the new scene, without the need to replace a large number of brackets, saving equipment procurement costs and improving asset utilization.
In short, the adjustable bracket has significant value in photovoltaic projects by optimizing multiple dimensions such as power generation, environment, and cost, helping to achieve more efficient, flexible, and economical photovoltaic system construction and operation.