Explore our industrial-grade, patented solar tracking systems manufactured under strict quality standards to unlock the maximum potential of solar yield.
Our flat single axis solar tracking system features astronomical algorithms paired with structural simplicity, optimizing LCOE over long-duration operations.
The premium ZRD-06 dual-axis solar tracker captures direct beam irradiance continuously throughout the day, ensuring up to 35% higher energy yield than fixed racks.
Industrial-scale fabrication of high-stability dual axis tracking structures built to withstand dynamic wind conditions while tracking celestial trajectories.
A smart, balance-cost alternative combining automatic altitude/azimuth adjustment features with durable structural mechanical connections.
The ZRD-08 dual axis system maximizes power output for utility installations, featuring robust structural integrity and precision motor actuators.
Our heavy-duty ZRD-10 tracker supports larger module sizes and bifacial panels, achieving remarkable yields in complex geographic layouts.
1P configuration flat single-axis solar tracking layout, delivering high wind stability and simple alignment for efficient terrain utilization.
Optimized for higher latitudes, this tilted single-axis tracking system strikes a balance between installation cost and generation efficiency.
In utility-scale photovoltaic deployment, maximizing energy production while minimizing operating expenditures (OPEX) is the primary driver of Levelized Cost of Energy (LCOE) optimization. In this context, solar tracking systems represent a pivotal technical evolution beyond traditional fixed-tilt mounting structures.
While active solar tracking systems utilize light sensors, GPS location data, and active motorized actuators (such as slewing drives and linear actuators) to orient modules, **passive tracking mechanisms** rely on gravity, physical properties of gases, or simplified mechanical geometry. Often, "passive" design principles are integrated into active tracking frames—creating hybrid, ultra-reliable mechanical setups that prioritize zero-maintenance and structural longevity.
By eliminating complex electronic sensing arrays, Shandong Zhaori New Energy systems utilize structural simplification to ensure the highest reliability in the industry's most challenging environmental conditions, including heavy snow loads and desert sandstorms.
A deep dive into structural calculations, mechanical wind-stow systems, and high-performance materials engineered for a 25-year operational lifecycle.
To mitigate the dangerous effects of torsional flutter and galloping caused by high winds, Zhaori trackers undergo intensive wind tunnel testing. Our structures feature a dynamic stow speed threshold of 22m/s, utilizing dampening mechanisms to automatically lock trackers at a safe horizontal or angle configuration when gust limits are exceeded.
Corrosion represents a major threat to tracking components in humid or coastal areas. We utilize Zinc-Aluminum-Magnesium (ZAM) coated steel along with Hot-Dip Galvanizing (HDG) treatments, delivering self-healing properties along cut edges and guaranteeing over 25 years of corrosion resistance under ISO 9223 C4/C5 environments.
By integrating smart mathematical control systems, our trackers optimize angles during early morning and late afternoon periods using back-tracking. This prevents inter-row shadowing and captures diffuse rear-side light when paired with modern bifacial PV modules, delivering up to 30% yield optimization.
Founded in June 2012, **Shandong Zhaori New Energy Tech. Co., Ltd.** is a high-tech and new energy company operating on independent intellectual property rights. Over the last decade, our team has accumulated profound expertise in structural engineering, solar kinematics, and electrical control system integration.
Our corporate framework spans 10 specialized departments, including our R&D Department, Technical Department, Engineering Department, Production Department, Quality Assurance Department, Development Department, Foreign Trade Department, Domestic Trade Department, and our specialized I.M.D. Department. Supported by over 60 dedicated engineering and technical specialists, Zhaori's R&D efforts have produced a comprehensive line of brackets and solar tracking solutions designed for durability, reliability, and ease of installation.
Operating a production center spanning **50,000 square meters**, our facility features advanced automated manufacturing technologies. These include heavy-duty CNC machining centers, precision laser cutting machines, high-speed plasma cutters, and automated welding robots. Dozens of active production lines run concurrently under a strict ISO-certified quality management framework.
With more than 300 skilled production workers, our facility outputs **500MW per month**. This scale guarantees prompt delivery of mounting components and tracking assemblies to global utility sites. Quality control begins at raw material screening (focusing on high-grade structural carbon steel and pre-galvanized materials) and continues through cutting, robotic welding, forming, corrosion-resistant coating applications, post-processing, and inspection.
Our tracking systems and structural designs hold active patents from major global intellectual property authorities, including:
Additionally, all Zhaori product lines conform to TUV, CE, and ISO international certification standards, ensuring compliance with demanding international regulatory and electrical safety specifications.
Explore real-world tracking installations across deserts, heavy snow zones, mountain areas, and industrial facilities globally.
Industrial Factory Rooftop Project
Utility Solar Tracker After Snow
20MW Utility Scale Desert Installation
40MW Flat Single Axis with Inclined Modules
5MW Dual-Axis Project in North China
Mountain Terrain Dual-Axis Tracking Project
20MW Single Axis Layout in Central China
20MW Tilted Single Axis Desert Project
110MW Bifacial Tracker System Installation
How Zhaori supports international EPC developers, compliance documentation, and site-level logistics.
For international projects, timing and logistics are critical. We coordinate shipping protocols using optimized flat-pack shipping techniques. Our tracking structural elements are bundled to fit standard 40ft high-cube containers, saving on transport costs and simplifying handling on arrival.
Each container is packed by assembly step. Component boxes are labeled with detailed layout indices, allowing field workers to identify parts directly from project site blueprints, reducing installation times.
Our engineers provide project support from pre-bid design to post-sale commissioning. We offer structural load evaluations, wind speed calculations, pile driving plans, and alignment guidance tailored to specific soil characteristics.
We supply necessary technical verification papers for local project approvals:
Whether your project is located in the desert regions of the Middle East, high-wind zones in Australia, or snowy areas in Northern Europe, Zhaori products are engineered to meet and exceed local regulatory requirements.
Our systems comply with major global testing and engineering certifications, ensuring long-term project performance.
Detailed technical answers addressing core considerations in tracking system procurement, installation, and engineering.
Select the ideal structural framework for your project scale, terrain slope, and local wind speed conditions.
Our ZRT-16 system supports 10-20 modules per tracker, capturing high irradiance levels in regions with challenging winter solar angles.
An alternative combining the cost profile of a fixed rack with manual seasonal tilt adjustment to optimize winter and summer yields.
2P vertical configuration tracker designed for maximum land-use efficiency and compatibility with high-power bifacial solar modules.
Unique single-axis framework with inclined module layouts, providing improved tracking profiles for installations near the equator.
A reliable dual-axis solution designed to minimize structural load while ensuring optimal alignment with the sun.
High-reliability dual-axis tracker utilizing astronomical algorithms and structural reinforcement for stable power generation.
Our largest dual-axis configuration, engineered for utility-scale applications requiring high torque resistance.
A cost-effective single-axis tracker design suitable for large-scale solar projects on flat and gently sloped terrain.
Zhaori