Fully automated dual-axis tracking for maximum irradiance capture.
Cost-effective tracking solution with high structural stability.
Optimized for medium-scale commercial installations.
15-25% power generation boost via tilted axis optimization.
Seasonal manual adjustment for optimized yield on a budget.
Advanced aerodynamic design for high-wind regions.
Robust engineering for large utility-scale deployment.
Comprehensive GPS-based tracking for ultimate efficiency.
Our large solar trackers utilize high-precision algorithms based on GPS and real-time sensor feedback. Unlike static mounts, these systems maintain a 99% tracking accuracy, ensuring that every solar photon is captured.
Based in Shandong, China, our 50,000 sqm factory leverages the world's most robust industrial cluster. We maintain 300+ skilled workers and a monthly capacity of 500MW, ensuring project timelines are never compromised.
Holding patents in the USA, Europe, Canada, and Japan, our products are certified by TUV, CE, and ISO. We provide localized support and documentation to meet strict regional grid codes.
Understanding that environmental conditions dictate energy output, Shandong Zhaori specializes in Extreme Environment Adaptation:
Leading the next generation of Solar Harvesting
Machine learning to predict cloud movement and adjust tracking for diffuse light conditions.
Advanced algorithms to maximize backside gain by calculating ground albedo in real-time.
Autonomous O&M with robotic cleaning integration and predictive failure alerts.
Founded in June 2012, Shandong Zhaori New Energy Tech. Co., Ltd. is a high-tech powerhouse with 10 specialized departments. Our team of 60+ professional engineers has focused on PV power station optimization for over a decade.
Our factory spanning 50,000 square meters features CNC machine tools, laser cutting, and automatic welding robots, delivering 500MW monthly with rigorous quality control at every stageβfrom raw material screening to anti-rust treatment.
5MW Dual Axis in North China
360MW Tracker in Desert
Mountain Sloped PV Project
40MW Flat Single Axis
50MW SPIC Utility Project
Dual-axis trackers follow the sun's elevation and azimuth, increasing energy yield by up to 35-40% compared to fixed systems, making them ideal for areas with high land costs.
Our systems are designed for a 25-year service life. We use hot-dip galvanized steel (80ΞΌm+ coating) and IP65+ rated electronic components to withstand harsh outdoor conditions.
With a 500MW monthly capacity, we can typically ship 50MW utility orders within 4-6 weeks, significantly faster than Western competitors.
Yes, our R&D department provides customized structural designs based on your specific module dimensions, local wind speeds, and soil reports.
High ROI solution for large-scale solar farms.
Accommodates double rows of modules for land efficiency.
Heavy-duty tracking for extreme precision needs.
Standard utility-scale design for global projects.
Advanced Sunchaser tech for extreme weather resilience.
Efficient azimuth tracking with tilted module mounting.
Multi-row linked tracking for massive array control.
Unlocking potential through intelligent solar capture.
Zhaori