Optimized for high-latitude regions, increasing power generation by up to 25%.
Industrial-grade ZRT series featuring 10-20 panel mounting capacity per set.
360° full sun tracking for maximum efficiency in diverse climates.
Highly stable 1P configuration designed for utility-scale solar farms.
Hybrid design combining flat axis rotation with pre-inclined mounting angles.
Dual-row 2P configuration for increased module density and lower structural costs.
Compact and efficient dual-axis tracking for residential and light commercial use.
Standard-setting reliability for large scale solar projects globally.
In the current global energy transition, One Axis Solar Trackers have emerged as the "Golden Standard" for maximizing Return on Investment (ROI) in utility-scale photovoltaic (PV) projects. Unlike fixed-tilt systems, single-axis trackers follow the sun’s East-West trajectory, significantly reducing the Levelized Cost of Electricity (LCOE).
The latest industry trends indicate a massive shift towards Bifacial Module integration. By combining single-axis trackers with bifacial panels, operators are witnessing energy gains of 20% to 35%, depending on the albedo of the ground. Furthermore, AI-driven tracking algorithms are now being utilized to adjust panel angles during cloudy days to capture diffuse light, a process known as "spectral optimization."
Years Experience
Monthly Production
Global Patents
R&D Experts
Founded in June 2012, we are a high-tech pioneer in independent intellectual property rights for solar tracking technology. With 10 specialized departments including R&D, Quality Assurance, and Engineering, our team focuses on pushing the boundaries of what's possible in PV power stations.
Our 50,000 sqm factory utilizes CNC machine tools, laser cutting machines, and automatic welding robots to ensure every solar tracker meets micron-level tolerances.
Stringent quality control including multi-stage anti-rust treatment, ensuring a service life of over 25 years in harsh environments like deserts and coastal areas.
Integrated supply chain management allows us to maintain a 500MW/month production capacity, responding rapidly to global procurement needs from America to Asia.
Our 20MW and 360MW desert projects demonstrate the tracker's resilience against sandstorms and extreme temperature fluctuations. The ZRT-16 series is particularly favored for its high reliability in high-heat environments.
The flexible design of our flat single-axis systems allows for installation on uneven terrains with slopes up to 20%, reducing the need for costly land grading.
Lightweight dual-axis and tilted single-axis models are optimized for factory roofs, providing maximum power density for self-consumption industrial models.
Our commitment to quality is backed by global authorities including TUV, CE, and ISO.
5MW in North China
20MW in Central China
110MW with Bifacial Modules
360MW Single Axis Tracker in Desert
Mountainous Area Utility Project
Solar Tracker Performance After Snow
A: A single-axis tracker increases total energy harvest by 15% to 30% by keeping the solar modules perpendicular to the sun's rays throughout the day. While the initial investment is higher, the significantly increased kWh production lowers the overall LCOE (Levelized Cost of Energy), typically reaching ROI parity 2-3 years faster than fixed systems.
A: Our principle is "more simple, more reliable." By utilizing self-lubricating bearings and weather-sealed industrial actuators, maintenance is kept to a minimum—usually just a bi-annual visual inspection and a check of the electronic control systems via our remote monitoring software.
A: Yes! Our 2P flat single-axis trackers are specifically designed to minimize backside shading. By increasing the height and optimizing the tube spacing, we maximize the bifacial gain, which can add an additional 5-10% to your total energy yield.
A: Absolutely. Our trackers feature an "Automatic Stow Mode." When wind speeds exceed safe thresholds (measured by on-site anemometers), the system automatically moves to a horizontal position to minimize wind load. In snow conditions, the tracker can be tilted to a maximum angle to encourage snow shedding.
Cost-effective seasonal adjustment for maximum efficiency without full automation.
Competitive pricing for utility-grade single axis tracking solutions.
High-precision dual-axis systems for concentrated PV and solar thermal.
Balanced solution for budget-conscious projects requiring dual-axis precision.
The most reliable tracker on the planet, designed for extreme weather stability.
Increasing your power generation by about 15% – 25% with tilted axis tech.
Supports 10–60 pieces of panels per row for massive energy gains.
Industrial-grade stationary support with customizable tilt options.
Zhaori