Product Description
Customized ROHS Certified Horizontal Single-Axis Solar Tracker Bracket HSAT rotates from east to west throughout the day on fixed axis, which is parallel to the ground, and it is considered as the most cost effective tracker configuration in many PV applications. HSAT structure is placed on many supports along the rotating axis, requires less material for construction and its horizontal configuration is most preferred compared to other tracking geometries.
| System type |
Independent Drive |
| NO.of Panel |
2-10 Piece(≤23 sq.m.) |
| Power Consumption |
5.0Kwh/set/year |
| Max. wind speed in running |
24 m/s |
| Max. wind speed in fat |
40 m/s |
| Rust protection |
Hot-dipped galvanized/superdyma |
| Azimuth angle tracking range |
±45ºC |
| Elevation angle tracking range |
45ºC |
| Control model |
Time + GPS Control |
| Tracking accuracy |
0.1°-2°(Adjustable) |
| Control tilt angle method |
Manual remote control+remote computer control |
1. Environmental compliance
ROHS certification: meets EU environmental standards, does not contain harmful substances such as lead, and is safe and reliable.
Sustainable Design: Recyclable materials, reduced carbon emissions, and support for the transition to green energy.
2. Efficient energy output
Single axis tracking technology: automatically tracks the trajectory of the sun in the horizontal direction, improves the receiving efficiency of photovoltaic panels, and increases power generation by about 15% -25%.
Intelligent control system: Built in light sensing/GPS module, real-time angle adjustment, supports remote monitoring and data feedback.
3. Flexible customization
Modular structure: Supports customization of length, angle, and load-bearing capacity, suitable for different photovoltaic panel models (monocrystalline/polycrystalline/thin film).
Terrain adaptability: Adjustable design suitable for flat, sloping or uneven ground, reducing construction restrictions.
4. Durability and stability
Wind and earthquake resistance: The aviation grade aluminum alloy/galvanized steel structure can withstand strong winds (such as level 12) and earthquakes, with a lifespan of up to 25 years.
Anti corrosion treatment: Surface anodizing/hot-dip galvanizing, resistant to harsh environments such as salt spray and humidity.
Installation and Maintenance Guide
Installation steps
Site assessment: survey geological and lighting conditions, design inclination and arrangement plan.
Foundation construction: Pre buried piles/concrete foundation to ensure a horizontal error of less than 2 °.
Bracket assembly: Modular assembly of beams and columns, with bolts tightened and leveled.
Drive system installation: integrate motor, reducer, connect control box and sensors.
System debugging: Test tracking sensitivity, motor torque, and calibrate software parameters.
Maintenance points
Regular inspection: Check the tightness of bolts, structural deformation, and corrosion every quarter.
Cleaning and maintenance: Remove snow and dust from photovoltaic panels and guide rails, and maintain lubrication of motor gears.
Software upgrade: Regularly update the control system firmware and optimize the tracking algorithm.
Extreme weather protection: Activate the "windproof mode" (adjust the bracket to a horizontal position) before the typhoon, and perform winter antifreeze treatment.
Safety Tips
Power off during installation and maintenance, wear insulated equipment.
Avoid working on rainy days and use lightning protection devices during thunderstorm weather.
Application scenarios
1.Large scale ground power stations: in open areas such as deserts and plains, maximizing land use efficiency and power generation revenue.
2.Agricultural Photovoltaic Complementary Project: The bracket height is adjustable and compatible with agricultural planting, achieving dual benefits of "photovoltaic+agriculture".
3.Industrial and commercial roofs: Customized sizes to adapt to roof structures such as factories and warehouses, reducing the cost of electricity for enterprises.
4.Off grid power supply system: In remote areas, communication base stations, and other scenarios, improve the energy supply stability of off grid systems.
5.Special terrain projects: Complex terrains such as mountains and hills, reducing earthworks through flexible installation.
Company Profile
Our Advantages
Packaging & Shipping
FAQ
1.What is the practical significance of ROHS certification for users?
A: Ensure product safety, non toxicity, compliance with international environmental regulations, and suitability for export to the European Union and high standard markets.
2.What parameters are required for customization?
A: Photovoltaic panel size/weight, site topographic map, local climate data (such as maximum wind speed), grid access requirements, etc.
3.Does the tracking system work on cloudy days?
A: Support cloudy mode, adjust to the optimal angle based on diffused light, still more efficient than fixed brackets.
4.How long does installation take?
A: A 10KW system takes about 1-2 days, with segmented construction of 100MW level power stations, averaging 1MW per week (depending on team size).
5. Warranty period and after-sales service?
A: The main structure is covered by a 10-year warranty, the motor/control system is covered by a 5-year warranty, and remote technical support is provided.
6. Can it be compatible with energy storage systems?
A: Support linkage with lithium batteries/inverters to achieve intelligent energy storage scheduling.
7.How long is the investment return cycle?
A: About 3-5 years (compared to fixed brackets), depending on electricity prices and lighting resources.
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