| Product Introduction | Each PV module is set on an independent tracker structure with strong terrain adaptability, automatically adjusts the orientation and angle of the PV module through the slewing reducer, and realizes intelligent tracking of the sun's trajectory through the algorithm to maximize the power generation. | |
| Product advantages | Automatic tracking, no need for manual debugging, adaptable to different environments, easy to maintain, high durability, not affected by cloudy and rainy days | |
| Applicable components | Framed PV modules, frameless PV modules | |
| Applicable scenarios | low latitude areas | |
| Composition accessories | Poles, inclined beams, purlins, slant support, Tracking Geared Motor, etc. | |
| Previous cases | Ganzi (Garzê) Tibetan Autonomous Prefecture Project | |
| Product parameters | Materials | Hot Dipped Galvanized/ Hot Dip Zn-AL-MG Alloy Coated Steel |
| Service life | 25 years | |
| Maximum wind load | 0.5kN/m² | |
| Maximum snow load | 0.5kN/m² | |
| Foundation type | cast-in-place pile/Precast Piles | |
| Angle | —60°~60° | |
| Coating | Hot-dip galvanizing/Hot Dip Zn-AL-MG Alloy | |
When it comes to harnessing renewable energy efficiently, an independent horizontal single-axis solar tracker stands out as a game-changer. Designed for durability and ease of installation, our independent horizontal single-axis solar tracker reduces maintenance demands and ensures long-term reliability. Upgrade your solar energy system today and unlock superior efficiency with our independent horizontal single-axis solar tracker.
An independent horizontal single-axis solar tracker enhances solar energy output by continuously adjusting the angle of the solar panels to follow the sun's path. The horizontal solar tracker uses a tracking algorithm, managed by a central programmable logic controller (PLC), which calculates the optimal tilt for each motor in real time. This adjustment is based on the precise location of the horizontal single-axis solar tracker and its adjacent units.
Every solar tracker for solar panels can find its most advantageous position throughout the day, with individualized control that maximizes the amount of sunlight captured, leading to better energy generation than a fixed or globally backtracked system. In regions near the equator, where the sun's trajectory changes less over the course of the day and year, horizontal single-axis solar trackers are especially efficient.
Moreover, these independent horizontal single-axis solar trackers have a robust design, making them more resistant to damage from harsh weather conditions. A recent advancement in solar technology, known as Tubular Solar, involves cylindrical-shaped photovoltaic cells that can capture even more sunlight as the sun moves across the sky, further optimizing the energy yield. This makes the independent horizontal single-axis solar tracker a preferred choice for utility-scale solar farms seeking long-term reliability.
The independent horizontal single-axis tracker requires more installation space. Because each row of the horizontal single-axis tracker must be spaced further apart to avoid inter-row shading, projects usually require 4 to 7 acres per MW. In comparison, fixed tilt ground mount systems typically need only 4 to 5 acres. This means that land costs can be slightly higher when using horizontal single-axis trackers.
While horizontal single-axis solar trackers excel in energy production, they are best suited for flat and stable ground. In contrast, fixed-tilt systems are more adaptable to challenging terrains and can handle complex soil conditions, making them a better choice for uneven or rocky landscapes. For projects built on complex soil or hilly landscapes, assessing ground stability is crucial before deploying a horizontal single-axis tracker.
A key advantage of the independent horizontal single-axis tracker is its ability to increase energy yield by 12–40% annually compared to fixed-tilt systems. By automatically following the sun’s movement from east to west, the horizontal single-axis tracker maximizes sunlight exposure throughout the day, leading to higher overall power generation and improved system performance.
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