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1MW- One Axis Solar Tracking System in Mauritania
Installation Site.Mauritania
Installation Date:2025.2
Generating Capacity:1Mw
Beijing Yijia Solar has successfully completed the delivery and installation of the 1MW single-axis 1P series solar tracking bracket system in Mauritania. The project adopts the YJ-1P single vertical plane single-axis tracking bracket from Yijia Solar. With its efficient and intelligent design, it provides a solid impetus for the development of renewable energy in Mauritania.
Mauritania is located in northwestern Africa and boasts abundant solar energy resources. Its average annual sunshine duration is approximately 2600 hours, and the total solar radiation reaches as high as 1300 kWh per square meter. In recent years, the Mauritanian government has actively promoted solar power generation projects, aiming to optimize the energy structure and reduce reliance on traditional fossil fuels. This 1MW solar project is an important part of the country's renewable energy development strategy.
High Power Generation Efficiency
Yijia Solar's single-axis tracking bracket utilizes "astronomical algorithm + closed-loop control" technology. It can adjust the angle of photovoltaic modules in real-time according to the sun's movement trajectory, capturing sunlight to the maximum extent. Compared with traditional fixed solar brackets, its power generation efficiency has been significantly improved.
Strong Terrain Adaptability
This solar tracking system is suitable for various complex terrains. It can adapt to a 20% slope in the north-south direction, and there is no restriction on the slope in the east-west direction. This enables it to make full use of irregular land and improve land utilization.
Stable and Reliable
The system adopts large-section main shafts and columns, combined with a multi-point drive structure design. This not only reduces the force borne by the system but also enhances wind resistance and overall stability.
Better Cost Performance
Compared with the double vertical system, this system has lower requirements for foundation design, and the bracket cost is reduced by about 6%. Meanwhile, the modular design and pre-assembly process greatly reduce the on-site installation time and labor costs.
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Looking for Reliable PV Mounting & Storage Solutions?
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