Product Description
Introducing our High Strength HDG + Baked Painted Single Axis Solar Tracker Racking System Ground Solar Panel Structure, the perfect solution for maximizing the efficiency of your solar panels. This single-axis solar bracket is designed for residential use and is easy to install, making it ideal for DIY enthusiasts. The high strength HDG material ensures durability and long-lasting performance, while the baked painted finish adds a sleek touch to your solar setup. With this single-axis solar tracking mount, you can easily adjust the angle of your solar panels to capture the maximum amount of sunlight throughout the day. Don't miss out on this top-of-the-line solar bracket mounting system - get yours today and start saving on your energy bills!
| 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 |
Core Advantages
1. Industrial grade anti-corrosion performance
Hot-dip galvanising + double-sided coating: uniform zinc layer coverage, passing 3000 hours salt spray test (no red rust), surface sprayed epoxy resin + polyurethane coating, acid and alkali resistant (pH 2-12), UV aging resistant.
C5M anti-corrosion grade: designed for coastal, chemical park, high humidity environment, service life ≥ 30 years.
2. Environmental Compliance Guarantee
ROHS certification: All materials are free of lead, cadmium other 10 hazardous substances, complying with EU environmental standards and supporting export to the European market.
Carbon Footprint Optimisation: 95% of materials are recyclable, 30% reduction in production energy consumption, EPD international environmental protection certification.
3. High strength structural design
Q345B high-strength steel main beam: wind load resistance up to 65m/s (Class 15 typhoon), snow load 6000Pa, IEC 62817 structural certification.
Single bearing weight of 7 tonnes/group: compatible with double-sided modules, 210mm oversize and PERC/HJT technology, supporting flexible arrangement.
4. Intelligent tracking and efficient power generation
AI light-sensing algorithm: average daily power generation is increased by more than 30%, and cloudy day mode automatically switches to fixed inclination energy-saving mode (power consumption <0.1kWh/day).
Double-sided module optimisation: adjustable height from 1.5m-3.5m above the ground, backside power generation gain increased by 15%-20%.
5. Rapid deployment and low-cost O&M
Modular pre-assembly design: 50% less on-site welding, adaptable to helical piles, concrete and ballast foundation, daily installation capacity ≥ 8MW.
Self-lubricating bearings + hydrophobic coating: annual maintenance cost <0.5% of power generation gain, automatic reset to safe angle (25°) after disaster.
Installation and Maintenance Guide
Installation steps
Foundation construction: Select pile foundation according to load requirements, horizontal error ≤1.5°.
Bracket assembly:
Main beam and column bolt fastening torque 70N-m±5%, guide rail spacing adapted to component border (error ±1mm).
System integration:
Installation of IP68 protection motor, connection of light sensor and PLC controller, calibration of tracking zero point (accuracy ± 0.5 °).
Test high wind reset response (wind speed ≥18m/s automatically switch to wind resistant angle, delay <2 seconds).
Maintenance Recommendations
Monthly inspection: clean track debris, check bolt anti-loosening marks, coating integrity (use coating thickness gauge).
Annual maintenance: lubricate bearings (high temperature lithium grease), update control software, test earthing resistance (≤4Ω).
Post-disaster treatment: forced reset of brackets after typhoon/sandstorm, check structural deformation and electrical connections.
Typical Application Scenarios
Large-scale ground power station: desert, Gobi, mudflats and other GW-level centralised PV projects.
Industrial and commercial rooftops: distributed power generation in factories, warehouses and commercial complexes, suitable for tilted roofs.
Agricultural photovoltaic complementary system: adjustable height of the support (2m-4m), compatible with crop cultivation and photovoltaic power generation.
Coastal PV: Salt spray resistant design, suitable for harbours, islands and tidal zones.
International assistance projects: ROHS certification helps to enter the European and American markets and support the clean energy transition of emerging countries.
Company Profile
Our Advantages
Packaging & Shipping
FAQ
Q1: What are the specific requirements for ROHS certification?
A: The products are ROHS certified, the content of lead, cadmium, other hazardous substances in the materials are less than 0.01%, which is in line with the EU export regulations.
Q2: How does the hot dip galvanised layer perform in acid rain environment?
A: The zinc layer can still maintain a thickness of ≥25μm in a pH 4 environment, and laboratory tests show no red rust penetration for 5000 hours, with a life span of ≥30 years.
Q3: Does it support double-glass modules and tracking linkage?
A: Completely compatible! The track spacing can be adjusted to 30-60mm, and the back side is reserved for ventilation gap to maximise the double-sided rate gain.
Q4: What is the delivery cycle for 100MW projects?
A: Standardised production + regional warehousing, 100MW projects only take 8-12 weeks from order to grid connection (including foundation construction).
Q5: What are the warranty and after-sales service terms?
A: We provide 10-year main structure warranty, 5-year drive system warranty, 72-hour global emergency response, and lifetime free coating repair support.
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