Engineered to deliver high yield, simple integration, and structural safety under extreme wind loads.
Innovative tilted tracking design optimizing solar absorption angles. Designed for regions with higher latitudes to unlock maximum energy output.
High structural integrity and optimized wind resistance. Seamless integration with bifacial modules for utility-scale PV plants.
Maximum power density utilizing double-axis precision astronomical tracking algorithms. Realizes up to 35%+ generation gain.
Flexible seasonal manual adjustment angles. Cost-effective reliability designed to bridge the gap between fixed tilt and automated tracking.
The industry benchmark for 1-in-portrait configurations. Low structural profile, straightforward installation, and high compatibility with ultra-high power modules.
Optimized 2-in-portrait architecture reducing piling requirements by up to 40%. Engineered for low foundation footprints on complex sites.
Tilted axis setup designed to balance wind-load coefficients and optimal energy output in harsh northern climates.
Fully automated dual-rotational mechanism that optimizes capture of both direct and diffuse solar irradiation throughout the year.
Leading Global Solar Tracking Excellence since 2012
As a premier high-tech enterprise dedicated to solar energy capture, Shandong Zhaori New Energy Tech. Co., Ltd. (Zhaori Solar) integrates advanced materials science, wind engineering, and AI-driven tracking algorithms to design state-of-the-art 1P single axis trackers. Headquartered in Shandong, China, our business operations and engineering milestones span over a decade of continuous innovation.
Founded in June 2012, Zhaori Solar has systematically scaled its operations. Today, the organization supports a sophisticated infrastructure comprising 10 core divisions, including our R&D department, technical department, engineering department, production department, quality assurance department, development department, foreign trade department, domestic trade department, and I.M.D. (Integrated Management Division). With a team of more than 60 seasoned engineers and photovoltaic experts, our core team has spent the last 10+ years optimizing trackers for dynamic atmospheric environments.
"More simple, more reliable and more effective." We believe that the key to tracking longevity in the field is mitigating structural complexity. Fewer mechanical failure points mean lower operating expenses (OpEx) over a 25-year operational lifecycle.
The technology behind our 1P Flat Single Axis Solar Trackers and dual-axis architectures is protected globally. We have obtained utility and invention patents from the European Patent Office (EPO), United States, Canada, Australia, Japan, South Korea, Thailand, India, Brazil, and South Africa, in addition to 8 Chinese National Invention Patents and over 30 Utility model patents.
Ensuring 500MW monthly output through automated fabrication
The manufacturing core of Zhaori Solar spans a modernized 50,000 square meter factory floor. Operating as a Factory 4.0 facility, our site leverages structural automation, continuous quality loops, and strict digital documentation to maintain a manufacturing output of 500MW per month.
Our factory utilizes advanced production equipment to deliver tight tolerances on all cold-formed structural steel trackers:
Evaluating the mechanics of 1-in-Portrait setups and aerodynamic performance
Modern utility-scale solar projects rely on highly responsive tracking systems to minimize Levelized Cost of Energy (LCOE). 1P (one-in-portrait) single axis trackers represent the most stable layout style because of their lower overall height profile compared to 2P systems. This height difference drastically reduces structural torsional flutter under high wind loads, reducing the required steel mass per megawatt.
| Technical Metric | 1P Flat Single Axis System (ZRP) | Tilted Single Axis System (ZRT) | Dual Axis System (ZRD) |
|---|---|---|---|
| Tracking Range | ±45° to ±60° (customizable) | Azimuth Tracking + fixed Tilt | Full 360° Azimuth & 0-60° Elevation |
| LCOE Optimization Gain | 15% - 30% over fixed-tilt | 15% - 25% over fixed-tilt | 30% - 40%+ over fixed-tilt |
| Piling Foundations/MW | Medium (High ground clearance) | Medium-Low | Low footprint per unit |
| Dynamic Backtracking | Advanced Algorithm Included | Standard Azimuth Correction | Real-time Astronomical Tracking |
Zhaori Solar's technical roadmap focuses heavily on smart tracking integration. By combining GPS tracking with real-time solar positioning, our controllers continuously update their tilt angle based on localized cloud patterns. This dynamic adjustment avoids self-shading during sunrise and sunset through backtracking optimization, maximizing bifacial gain from the backside of the solar module.
Real-world performance under diverse climatic conditions
Addressing complex engineering challenges and international logistics
International bankability represents the main entry barrier for tracker procurement. Financial institutions require extensive compliance validation to secure project funding. Zhaori Solar addresses this by building trackers that strictly comply with IEC 62817 certifications, and undergo structural reviews designed to withstand wind gusts up to 60 m/s. We actively cooperate with third-party testing labs to supply wind tunnel engineering reports, verifying our tracker's aerodynamic stability.
Piling cost represents a major component of the balance of system (BOS). Whether dealing with soft agricultural soil, hard rocky slopes, or sandy desert profiles, Zhaori Solar offers custom piling integration. Our trackers support multiple foundation designs:
Key questions answered by our engineering and product design teams
Tailored mounting architectures for flat, sloped, and dual-axis project parameters
Reliable 1-in-portrait trackers designed for dynamic environments and simple integration with bifacial solar panels.
Strong structure with reduced foundation footprint, designed to optimize energy generation on uneven terrains.
Offers a fixed tilt angle alongside azimuth tracking, maximizing winter yield for northern latitudes.
Automated elevation and azimuth tracking for commercial and residential installations looking for maximum generation.
Cost-optimized semi-automatic dual axis tracker balancing high energy output with a reduced investment budget.
Robust dual-axis layout built to withstand extreme environmental challenges, including heavy snow loads and desert sandstorms.
Compact, highly efficient dual-axis tracking system optimized for quick installation and decentralized power projects.
A hybrid tracker configuration combining the low structural profile of flat trackers with the enhanced tilt profile of inclined modules.
Zhaori