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Introducing the PV Support Bracket Steel Mount Solar PV Panel Ground Mounting Brackets Structure Photovoltaic Bracket, a durable and reliable solution for mounting solar PV panels on the ground. Made from high-quality aluminum, this solar bracket is designed to withstand harsh weather conditions and provide long-lasting support for your photovoltaic system. The ground mounting structure ensures easy installation and secure placement of your solar panels. With the PV Support Bracket, you can maximize the efficiency of your solar energy system and generate clean, renewable power for your home or business. Upgrade your solar setup with the PV Support Bracket today and start harnessing the power of the sun for a brighter, more sustainable future.
Specification Sheet
| Applicable component types | PV Support Bracketsolar Bracket Steel Mount Solar PV Panel Ground Mounting Brackets Structure photovoltaic Bracket |
| Single span size | Width 3-6 meters, height 2.2-3.5 meters (customizable) |
|
Warranty |
25 year structural warranty, 5-year power warranty for photovoltaic panels |
|
Product name |
Carport Solar Mounting System |
|
Material |
Q235 steel frame+Q235B embedded parts |
|
Certificate |
ISO9001/CE/Rohs/GB |
|
Standard |
JISC 8955-2017 |
|
Foundation |
Concrete or Ground Screws |
|
Max Wind Speed |
60m/s |
|
Snow Load |
1.4kn/m2 |
|
Surface Treatment |
Matte black/HDG |
|
Feature |
Waterproof or non-waterproof |
|
Service Life |
20~25 Years |
Features
1. High strength galvanized steel material
Corrosion resistant, anti-oxidation, suitable for various harsh weather conditions (rain, snow, salt spray, high temperature).
Long service life (over 25 years), UV resistance, wind resistance (able to withstand wind speeds of up to 120km/h).
2. Precise adaptation of photovoltaic panels
Standardized design, compatible with most mainstream photovoltaic panel sizes (such as 60/72 cell).
Adjustable angle (15 ° -45 °), optimized sunlight exposure angle, and improved power generation efficiency.
Modular installation, supporting horizontal/vertical expansion, suitable for solar power plants of different scales.
3. Quick installation&low-cost maintenance
Pre drilling design reduces on-site cutting and welding, and shortens installation time by 30%.
No need for frequent maintenance, aluminum alloy material is corrosion-resistant and does not require regular painting or rust prevention treatment.
Reduce costs, lighter than steel brackets, and lower transportation and labor costs.
4. Environmental Protection&Sustainability
100% recyclable materials that meet green energy standards.
Reduce carbon footprint and lower energy consumption compared to traditional steel bracket production.
5.Debugging and acceptance
Test the power generation efficiency and structural stability of the system, and provide installation acceptance reports.
Installation Guide
Step 1: Site preparation
Choose a flat and sturdy ground (concrete foundation or ground pile fixation).
Measure the layout of photovoltaic panels and determine the spacing between brackets (recommended interval of 1.5-2m).
Step 2: Install the Ground Mounting Base
Use expansion bolts or ground stakes to fix the bracket base (depending on the soil type).
Ensure that the base is level (calibrated with a spirit level).
Step 3: Install the Main Support Beam
Fix the aluminum alloy support beam onto the base using matching screws.
Adjust the angle (15 ° -45 °) to ensure the optimal sunlight exposure angle.
Step 4: Fix PV Panel Brackets
Install the photovoltaic panel brackets (Clips) onto the support beams.
Ensure appropriate spacing between brackets to avoid loosening of photovoltaic panels.
Step 5: Install PV Panels
Insert the photovoltaic board into the bracket and ensure it is securely fixed.
Check if all screws are tightened to avoid loosening.
Installation completed! Connect the inverter and start generating electricity!
Application Scenarios
FAQ
Q: How many mounting brackets per solar panel are typical?
A: 4 brackets (2 per side) for standard panels; 6 brackets for high-wind/snow regions or larger panels to ensure stability.
Q: What materials are used for PV mounting structures?
A: Galvanized steel, aluminum (anodized for corrosion resistance), and stainless steel. Coastal/humid areas favor corrosion-grade materials.
Q: What wind and snow loads can a solar mounting system withstand?
A: Designs meet local codes (e.g., wind up to 140 mph, snow loads 0.2–0.9 kN/m²). Engineers calculate 50-year extreme events for safety.
Q: Can solar panels be mounted on a flat roof without penetration?
A: Yes, use ballasted mounts (concrete weights) to avoid drilling. A structural survey is critical to confirm load capacity.
Q: How long do solar panel mounting brackets last?
A: 25+ years with quality materials (aluminum/stainless steel) and proper installation. Coastal areas may shorten lifespan without corrosion protection.
Q: What is the typical warranty for a solar mounting system?
A: 10–15 years standard; premium systems offer 25-year warranties, matching panel lifespans.
Q: Does roof-mounted solar void the roof warranty?
A: May void it if installed incorrectly. Use flashings, sealants, and professional installation to minimize risk.
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