Engineered for Maximum Energy Yield and Long-term Reliability
15%-25% Power gain with tilted axis technology.
Optimized for bifacial modules and large arrays.
Cost-effective solution for utility-scale projects.
Full 360° tracking for maximum solar radiation harvest.
Intelligent control system for high-wind environments.
A complete range of dual-axis trackers for all terrains.
Compact and efficient tracking for commercial use.
Robust engineering for challenging latitudes.
In the rapidly maturing renewable energy landscape, the transition from fixed-tilt structures to advanced Tracking Photovoltaic Systems represents the single most significant opportunity for LCOE (Levelized Cost of Energy) reduction. Shandong Zhaori New Energy Tech. Co., Ltd. (Sunchaser Tracker) stands at the forefront of this revolution, combining a decade of R&D with a global vision for high-efficiency solar deployment.
Founded in June 2012, Shandong Zhaori New Energy Tech. Co., Ltd. is a high-tech company built on independent intellectual property. With 10 specialized departments—including dedicated R&D, Quality Assurance, and I.M.D. teams—our 60+ technical experts focus exclusively on PV tracking breakthroughs.
Our 50,000 m² factory utilizes CNC machine tools, laser cutting, and automatic welding robots to produce 500MW monthly. We maintain strict adherence to ISO quality management systems, ensuring every component from raw steel to finished tracker meets tier-1 standards.
Our products hold invention patents across the Europe Patent Office, USA, Canada, Australia, Japan, South Korea, Thailand, India, Brazil, and South Africa. With TUV, CE, and ISO certifications, we offer bankable tracking solutions worldwide.
Why China-based manufacturing is the engine of the global solar transition
Procuring tracking systems from a specialized Chinese manufacturer like Shandong Zhaori New Energy offers distinct "Information Gain" and economic benefits:
The industry is moving toward AI-driven tracking. Current trends include the integration of AI sensors that detect diffuse radiation on cloudy days, switching trackers to a horizontal "Flat Mode" to capture reflected light, and advanced "Backtracking" algorithms that eliminate row-to-row shading during low sun angles. Our ZRD and ZRT systems are designed to be "Future-Ready" for these software-defined energy optimizations.
From deserts to mountains, our trackers are built for the environment
In regions like Central China or the Middle East, sand and wind are the primary enemies. Our trackers feature a "Stow Position" that automatically triggers during high winds (up to 40m/s), and the ZRD dual-axis models ensure maximum gain in high-direct-normal-irradiance (DNI) areas.
Example: 20MW project in North China desert using ZRP Flat Single Axis.
Traditional trackers require flat land. Our ZRT-16 Tilted Single Axis systems are engineered for sloped terrains, allowing for solar farm installation on land previously considered "unusable," thereby maximizing land-use efficiency.
Example: Mountain projects using adaptive PV brackets.
Combining solar with farming (Agri-PV) requires trackers with high clearance. Our 2P Flat Single Axis systems allow for machinery movement beneath the panels while increasing yields by up to 30%.
Example: Factory and Green Belt projects integrated with industrial roofing.
International EPC (Engineering, Procurement, and Construction) firms prioritize Bankability, Reliability, and Serviceability. Our principle is "More Simple, More Reliable, and More Effective." We provide:
Based on site-specific wind loads, snow loads, and geotechnical reports, we provide tailored engineering drawings before the pricelist is finalized.
Our trackers are designed with low-maintenance bearings and heavy-duty actuators, significantly reducing the lifetime operational cost of the PV station.
With CE and TUV, our products pass the rigorous due diligence required by international financing institutions.
Expert insights into photovoltaic tracking technology
While tracking systems have a higher upfront cost (approx. 10-15% more than fixed), they increase energy yield by 15-35%. Most utility-scale projects see a full ROI within 3-5 years due to the significantly lower LCOE.
Our dual-axis and single-axis trackers are equipped with automated wind sensors. When wind speeds exceed safe thresholds, the system enters "Stow Mode" (0° or 45° angle) to minimize wind pressure and protect the modules.
The ZRD series is a Dual-Axis system that tracks both azimuth and altitude, providing the highest possible energy gain. The ZRT series is a Tilted Single-Axis system, offering a balance between cost and performance, ideal for specific latitudes.
Yes, we provide full technical documentation, remote installation supervision, and on-site training for large-scale utility projects to ensure the system is commissioned correctly.
Hybrid design for maximized seasonal yield.
Cost-effective manual-adjust dual-axis precision.
Versatile mounting for various terrain profiles.
Reliable single-row tracking for narrow plots.
Flagship high-precision dual-axis tracking.
Industrial grade for decentralized power plants.
Large-format module compatibility.
Maximum reliability in northern latitudes.
5MW in North China
Industrial Factory Project
360MW Mountain Project
Zhaori