In the competitive landscape of renewable energy, maximizing the Levelized Cost of Energy (LCOE) is paramount. Traditional solar tracking follows the sun's path directly, but during the early morning and late afternoon—when the sun is at a low angle—standard tracking often leads to row-to-row shadowing. Shadowing on even a small portion of a PV module can lead to disproportionate power losses due to the series connection of cells.
Our intelligent algorithms calculate the exact sun position and topography to adjust module tilt, ensuring 100% active surface illumination even in undulating terrains.
During cloudy conditions, the system enters a 'stow' or horizontal mode to capture maximum irradiance from the entire sky dome, rather than just the direct solar beam.
By minimizing unnecessary movements and optimizing angles for wind load resistance, backtracking indirectly extends the mechanical fatigue life of the tracker system.
Founded in June 2012, Shandong Zhaori New Energy (Sunchaser Tracker) is a premier high-tech enterprise dedicated to independent intellectual property rights in the solar tracking sector. For over a decade, our R&D-focused team of more than 60 professional technology talents has been at the forefront of solar innovation.
We operate 10 specialized departments, including R&D, Quality Assurance, and Engineering, ensuring that every bracket and tracker we produce meets the highest global standards of efficiency and reliability.
Located in the heart of China's industrial hub, our facility leverages the world's most robust renewable energy supply chain. This allows us to offer competitive pricing without compromising on material grade or technological precision.
For global enterprises, procuring from China requires more than just a low price; it requires peace of mind. Shandong Zhaori provides comprehensive support to ensure local grid code compliance and environmental suitability.
Our products carry TUV, CE, UL (relevant components), and ISO certifications. We have invention patents in the USA, Canada, Europe, Australia, Japan, South Korea, India, and Brazil.
Whether it's the high-wind regions of coastal Australia or the heavy snow loads of Northern Europe, our trackers are engineered with site-specific wind tunnel testing and structural validation.
We provide localized operation and maintenance training, remote diagnostic services, and rapid-response spare parts logistics to minimize downtime.
Features DPD technology for ultra-precise tracking. Increases generation by 30-40% compared to fixed tilt.
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A hybrid efficiency model (10°–30° tilt) that balances cost and performance, adding 15-25% gain.
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Optimized for bifacial modules. Lower piling requirements and high-density layouts.
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Compact, reliable, and perfect for utility-scale projects in complex terrain.
Detail InformationFrom deserts to mountaintops, our backtracking trackers have been proven in the field.
5MW Dual Axis - North China
Mountain PV - Complex Terrain
20MW Desert Project - Tilted Single Axis
360MW Single Axis - Large Scale Utility
20MW Flat Single Axis - Central China
Zhaori
