High-performance astronomical algorithms integrated with robust structural foundations for maximum energy harvesting efficiency.
ZRP flat single axis solar tracking system features one axis tracking the azimuth angle. Gain 15% to 30% yield boost over fixed structures.
Maximize generation capacities by tracking elevation and azimuth angles. Excellent choice for high latitude locations and utility arrays.
Cost-efficient tracking solution featuring semi-automatic control. Ideal for commercial projects balancing initial CAPEX and long-term yield.
Sunchaser dual-axis tracking solutions engineered to perform under extreme wind loads and harsh, remote environmental constraints.
Unlocking energy potentials with a simple, high-strength structural framework. High resistance to structural deformation and corrosion.
ZRT tilted single axis tracking system tilts between 10°-30°. Integrates 10-20 modules per array, boosting generation by 15%-25%.
Decades of optimization resulting in our most stable dual axis framework. Engineered to support high power bifacial modules seamlessly.
Hybrid tracking solution designed for low-latitude areas, maximizing albedo light capture with inclined mount setups.
Under the physics of solar irradiance, the angle of incidence determines the optical power density on the photovoltaic semiconductor. Two-axis solar trackers address this fundamental constraint dynamically.
Fixed structures lose up to 40% of peak energy daily due to cosine losses. By tracking both the azimuth (the horizontal compass direction) and altitude (elevation above the horizon), two-axis tracking systems keep the solar module plane precisely orthogonal to incoming beams. This continuous alignment delivers an even generation profile, bypassing peak-hour limitations and boosting generation yield by 35% to 45% in optimal environments.
Integrating bifacial modules with dual-axis trackers creates a strong compounding effect. The elevated ground clearance of a two-axis tracker minimizes shading on the rear side and increases structural albedo capture. Dynamic real-time adjustments continually capture diffuse light reflected from the ground, resulting in significant energy gain compared to single-axis structures.
In utility-scale settings, mutual shading between adjacent tracking arrays can degrade energy generation during sunrise and sunset. Shandong Zhaori tracker controllers feature intelligent astronomical backtracking algorithms. By referencing GPS location, date, and spatial arrangement coordinates, they automatically calculate the exact tilt adjustments needed to prevent inter-row shading.
Providing reliable engineering and structural integrity for global utility-scale solar tracker deployment projects.
Founded in June 2012, Shandong Zhaori New Energy Tech. Co., Ltd. is a high-tech clean energy enterprise operating on independent intellectual property rights. For more than 10 years, our team has focused on advanced solar tracking technologies and utility-scale photovoltaic system performance optimization.
With 10 specialized departments—including R&D, Technical Engineering, Production, QA, Development, and Foreign/Domestic Trade—our staff of over 60 professional engineers collaborates closely with international EPC partners and project developers.
Our modern manufacturing facility covers 50,000 square meters, utilizing CNC machine tools, precision laser cutting systems, automatic welding robots, and high-performance plasma machinery. Supported by a workforce of 300+ technicians and dozens of automated production lines, we deliver a production capacity of 500MW per month. Quality control is maintained step-by-step from raw materials testing to mechanical loading checks, in strict accordance with certified quality management systems.
Our 50,000m² manufacturing facility equipped with advanced robotics.
Developing competitive advantages for solar projects through industrial integration and manufacturing scale.
Shandong's local industrial clusters provide direct, high-volume access to premium raw steel (S355/S420 grades). By sourcing raw structural elements domestically, we secure cost stability and insulation from global supply fluctuations.
All structural components undergo heavy hot-dip galvanization processes adhering to ASTM A123 and ISO 1461 specifications. With average zinc coating thicknesses of 85 microns, our brackets resist environmental corrosion across long operational lifecycles.
By utilizing automatic welding robots and precision CNC machinery, we maintain tight tolerances on every flange, support beam, and gear box housing. This precision reduces structural friction and wear on motor drives, lowering future O&M overheads.
Tested, certified, and compliant with international utility standards to ensure project bankability.
Our products have received structural patents from the European Patent Office, USA, Canada, Australia, Japan, South Korea, Thailand, India, Brazil, and South Africa, along with 8 Chinese National Invention Patents, 30+ Utility model patents, and certifications from TUV, CE, and ISO.
We work closely with engineering teams to ensure trackers comply with local building regulations and technical requirements.
Our trackers are designed for high wind load compliance under regulations like ASCE 7-16 and Eurocode 1. Through structural testing, we ensure that automated wind stow mechanisms trigger accurately to protect the solar arrays during extreme weather.
Smart controller cabinets utilize standard Modbus TCP/IP and RS485 interfaces for seamless integration with existing plant SCADA systems, enabling remote monitoring of tracking status, real-time motor torque, and manual stowing overrides.
By providing verified performance documentation, TUV/CE certifications, and third-party validation reports, we help developers secure local financing and project approvals.
From desert projects to snowy mountain arrays, our tracking systems are engineered to perform in all climates.
5MW Dual Axis Project in North China
Industrial Dual Axis Factory Project
Green Belt Landscaping Tracker Project
Complex Terrain Mountain Tracker Project
Dual Axis Solar Tracker After Snow
ZRD-08 Dual Axis Solar Tracker Installation
20MW Utility Project in Central China
20MW Tilted Single Axis in Arid Desert
40MW Flat Single Axis with Inclined Modules
110MW Tracker Utility with Bifacial Modules
Commercial Rooftop Tracking Installation
360MW Utility Desert Tracker Site
50MW SPIC Utility Tracking Project
110MW Mountain Project in Shanxi Province
Watch our tracking arrays operating in high-wind zones and desert locations globally.
Get answers to technical questions about procurement, design compliance, wind stowing parameters, and O&M practices.
While single-axis trackers only track the sun from east to west, two-axis trackers adjust both altitude (vertical angle) and azimuth (horizontal direction) dynamically. This keeps solar panels orthogonal to the sun all day, delivering a 35% to 45% energy yield increase depending on the region's latitude and albedo.
Our trackers feature smart weather integration. When integrated wind sensors detect velocities above pre-set thresholds, the control system triggers the automated stow mechanism, positioning the trackers flat or at structural angles to minimize wind load. In heavy snow conditions, the system tilts panels to the maximum angle to prevent snow accumulation.
Our solar tracking products are certified by TUV, CE, and ISO 9001. Additionally, we hold structural patents across Europe, the US, Canada, Australia, Japan, Korea, India, and South Africa, ensuring compliance with local grid and building regulations.
Yes. Our two-axis systems are designed for high ground clearance, which minimizes rear-side shading and allows bifacial panels to capture reflected light from the ground, boosting overall energy generation.
With our 50,000 square meter factory and automated production lines, we have a monthly production capacity of 500MW. Standard lead times typically range from 4 to 6 weeks depending on project size and customization needs.
Yes. Our engineering team provides custom structural and layout designs for mountain, desert, and uneven terrains, optimizing post placement and structural spans to minimize civil works and site grading costs.
Based on our "simple, reliable, effective" design philosophy, maintenance demands are minimal. We recommend semi-annual structural bolt torque audits, visual check-ups of drive units, and controller system updates via Modbus or Ethernet connections.
We provide a 10-year warranty on structural components and 5 years on electronic control systems. Structurally, our systems are built with hot-dip galvanization designed to match standard solar plant design lifespans of 25+ years.
From heavy-duty tracking configurations to adjustable fixed racking systems, we deliver engineering tailored to your site.
Cost-effective single axis arrays engineered for large-scale utility plants, delivering optimal performance and quick installation.
Manual seasonal adjustability for regions where mechanical tracking constraints are limited. Reliable fixed system design.
Features tilted alignment ideal for high-latitude sites, capturing optimal solar angles throughout seasonal changes.
Designed for 1P vertical layouts. Simple configuration, low structural profiles, and easy wind stow responses.
Our flagship two-axis tracker, engineered for stability under extreme weather. Supports continuous, high-efficiency solar harvesting.
Tilted axis design (10°-30°) tracking solar azimuth. Mounts 10-20 modules per array, boosting generation by 15%-25%.
Single axis solar tracker supporting 10 to 60 panels per row. Single row or multi-row configurations available.
Designed to optimize capture of direct and diffuse sunlight. Robust mechanical linkages support prolonged field life.
Zhaori