At GF New Energy Technologies, innovation is at the heart of our solar tracker solutions. Our latest controller algorithm optimization reflects this commitment, offering enhanced adaptability and precision to meet the diverse needs of global solar projects.
Solar farms are rarely built on perfectly flat land. Uneven terrains and sloped sites often reduce energy capture if not properly addressed.
Our optimized algorithm now supports north–south slope compensation, ensuring solar trackers maintain accurate orientation to the sun despite challenging topographies. This capability helps maximize yield in mountainous and rolling landscapes, where traditional tracking solutions often struggle.
Real-world construction often leads to installation axis deviations due to soil conditions, construction tolerances, or ground settlement.
The improved GF controller algorithm is designed to automatically recognize and compensate for these axis deviations. By adjusting calculations in real time, the controller ensures the entire tracker system operates at peak accuracy even when physical installation conditions are not ideal.
At the core of our upgrade is high-precision tracking performance. By leveraging advanced sensor feedback and refined mathematical models, the controller maintains tighter angular accuracy, improving energy capture throughout the day. This level of precision ensures that panels continuously operate near the optimal angle for maximum solar radiation absorption.
Higher Energy Yield: By reducing shading losses and optimizing angles under complex terrains, projects achieve greater long-term ROI.
Improved Reliability: Automatic deviation and slope compensation reduces manual calibration needs, lowering O&M costs.
Greater Flexibility: Suitable for a wide range of project sites, from flat deserts to hilly regions.
With these algorithmic advancements, GF New Energy Technologies continues to empower solar developers and EPCs with smarter, more reliable solutions. Our optimized tracker controller not only addresses the realities of installation and terrain but also ensures that precision tracking translates directly into higher energy performance.
CONTACT_________
