Product Description
Painted Finished Better Sun Exposure Steel Single Axis Solar Tracking Bracket
Our Solar Bracket Mounting System is easy to install, making it ideal for residential use or rooftop installations. The single-axis design allows for precise tracking of the sun's movement, maximizing energy production throughout the day. Trust in our Single-Axis Solar Bracket Kit to provide reliable support and efficient performance for your solar energy needs.
| 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 |
High-value, corrosion-resistant single-axis solar tracking racking | Efficient PV Capture Solutions
Designed for commercial complexes, photovoltaic demonstration zones and high-end industrial scenarios, the painted single-axis solar tracking racking system features a customised baked enamel finish + bionic structural light-reflecting design, and is suitable for bifacial modules and ultra-long PV panels (2,600mm+). Through **±45° intelligent tracking (35%-50% increase in average daily power generation) and IP68 protection motor **, it provides a 25-year warranty on the main structure, helping customers to achieve the double upgrade of aesthetics and efficiency.
Core Parameters.
Material: Q345B carbon steel main beam + customised baked enamel coating (UV/acid/alkali resistant pH 2-12)
Load capacity: 12 tonnes for a single set of racks, compatible with double-sided modules/2600 x 1500mm PV panels
Adjustment range: ±45° dynamic tracking + 0°-15° manual tilt adjustment
Protection level: IP68 motor + wind pressure resistant design (wind speed ≥ 120km/h)
Coating performance: ≥120μm film thickness
Film thickness ≥ 120μm (ASTM D333 standard)
Weathering test: Salt spray 5000 hours without red rust, UV aging 2000 hours without yellowing
Certification: ISO 9001, CE, RoHS 2.0, etc.
Core Advantages
1. Industrial aesthetics
Customised baking paint process.
Provide 6 standard colours (deep sky grey/titanium blue/desert gold, etc.) and support Pantone colour code customization to meet the needs of architectural aesthetics.
Matte surface treatment process, reflectivity ≤ 5%, to avoid light pollution and enhance the light transmission rate of the module.
2. Structure optimised sunlight capture
Bionic Light Guide Channel Design.
The integrated light guide trough (Patent No. XX-XXXX) at the top of the main beam concentrates scattered light into the module through secondary reflection, increasing the average daily power generation by an additional 5%-8%.
Adjustable height above ground.
Supports 1.5m-4m height adjustment, adapting to the sun trajectory in different latitudes, with backside power generation gain of up to 25%.
3. Super anti-corrosion performance
Triple coating system.
Hot dip galvanising layer (zinc layer thickness ≥85μm, salt spray test ≥8000 hours)
Epoxy primer (acid and alkali corrosion resistant, pH 2-12 environmentally stable)
Fluorocarbon top coat (UV aging resistance, service life ≥30 years)
C5M anti-corrosion grade: Specially designed for coastal, chemical parks and highly polluted environments.
4. Intelligent and efficient operation and maintenance
AI Light Sensing Tracking Algorithm.
Combined with meteorological satellite data to dynamically adjust the angle, power consumption <0.1kWh/day in cloudy mode, support remote monitoring and fault warning.
Modular pre-fabricated design.
Factory pre-installation rate of 95%, on-site assembly only requires fastening bolts (torque 50N-m±5%), daily installation volume ≥15MW.
Annual maintenance cost <0.3% of power generation revenue, free coating repair service provided.
5. Wide compatibility
Supports PERC/HJT/Calcium-Titanium modules, with adjustable rail spacing of 30-80mm, compatible with Huawei, SMA and other mainstream inverters.
Installation and Maintenance Guide
Installation Procedure.
Foundation Survey .
Use geological radar to detect foundation stability, helical pile torque ≥ 8000N-m (sand foundation).
Verticality error of base pre-embedded bolts ≤1°.
Main beam assembly.
Insert the prefabricated main beam into the base casing, tightening bolt torque 150N-m±10%.
Calibrate the horizontal error (laser range finder ≤2mm).
Module Installation.
Install the rails and PV panels to ensure that the spacing error between the module frame and the rails is ≤1mm.
System Commissioning.
Connect the PLC controller, calibrate the initial tilt angle and tracking sensitivity (accuracy ±0.5°).
Maintenance Recommendations
Monthly inspection.
Check the bolt anti-loosening marks, clean the guide rails from dust (high pressure air gun), lubricate the guide rails (silicone-based grease NLGI grade 2).
Annual maintenance.
Replace drive bearings (-40ºC~120ºC grease resistant), update control software.
Use coating thickness gauge to check the zinc layer thickness (localised ≥70μm need to be re-coated).
Typical Application Scenarios
Roofs of commercial complexes.
High-value coating is suitable for the roofs of office buildings and shopping malls, enhancing the overall image of the building and increasing the average daily power generation by 40%.
Photovoltaic demonstration projects.
Bionic light guide channel design attracts the attention of the government and investors, and helps to declare green energy subsidies.
Chemical Park PV: C5M anti-corrosion grade.
C5M anti-corrosion grade is resistant to acid and alkali gas corrosion, suitable for the complex environment of chemical plant roofs.
High-end residential PV: Deep sky grey/titanium blue
Deep sky grey/titanium blue colour scheme, blending with building facades, providing customised solutions for villa and flat roofs.
Company Profile
Our Advantages
Packaging & Shipping
FAQ
Q1: How does the coating process guarantee long-term corrosion resistance?
A: Adopting hot dip galvanising + epoxy primer + fluorocarbon topcoat triple system, laboratory tests show that the salt spray life is ≥20 years, acid and alkali pH 2-12 environmental stability.
Q2: How does the bionic light guide channel improve power generation efficiency?
A: By focusing the scattered light to the module through secondary reflection, it can increase the average daily power generation by 5%-8%, especially in cloudy weather.
Q3: Does the system support the renovation of old buildings?
A: Yes! The modular design is suitable for sloping roofs (slope ≤ 30°), and customised base solutions are provided to reduce installation space by 30%.
Q4: What is the delivery cycle of a 100MW project?
A: With standardised prefabrication and regional warehousing, 100MW projects only take 12-16 weeks from order to grid connection.
Q5: How to deal with the coating peeling off during the warranty period?
A: We provide free coating repair service, on-site spraying of customised baking paint, unlimited times during the warranty period.
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