Hot Dip Galvanized Ground Solar Mounting Bracket High Power Output
Cheap Hot-Dip Galvanized Ground Solar Mounting Bracket High Power Output Ground Mounting System
The ground mounting system was widely used in the construction of large-scale solar power station support, the material mainly made of steel solar system and aluminum solar system. Based on the global construction performance, the scope of the use of shaped steel ground pv solar system is relatively large, while the aluminum ground PV solar system is relatively small.
Steel PV bracket system has high cost performance,high strength, standard outdoor use,and high global recognition. Alminum PV bracket system has the advantages of anti-corrosion, no rust, beautiful, easy to install, its main anti-corrosion and rust ability outstanding, suitable for the installation of small ground and medium-sized roof photovoltaic power generation system, light and convenient construction.
1. Technical Parameters :
| Item | Parameter |
| Application | Mountain, Plain, Highland, Desert |
| Installation Angle | Fixed degree,5-45° |
| Wind Load | ≤60m/s |
| Snow Load | ≤1.4KN/m² |
| Applicable Module | Framed or Frameless |
| Material | Q235B,Q345B,Component Aluminum Alloy & Stainless Steel etc, Customized upon requirement. |
| Module Orientation | portrait or landscape |
| Module type | Any type of PV moduels |
| Surface Treatment | Hot Dip Galvanizing & Anodized |
| Warranty | 10 years warranty and 25 years duration |
2. Detailed Introduction:
3. Project Display:
4. Company Introduction:
5. Main product:
6. Certificates:
7. Packing:
8. Cooperation Partners:
9. Necessary information:
For the solution and quotation, we need some details as the following
| No. | Item | Remarks |
| 1 | Location, Country of the Projects | |
| 2 | What's Total Capacity of solar Project ? | |
| 3 | Max Wind Speed m/s | |
| 4 | Snow Load (KN/㎡) | |
| 5 | which type landform the ground is ? | |
| A. Offshore Sea and island, coast, lake shore and desert area | YES / NO | |
| B. Fields, villages, jungles, hills and sparse houses and suburbs | YES / NO | |
| C. Urban areas with dense clusters of buildings | YES / NO | |
| D. Urban areas with dense buildings and high houses | YES / NO | |
| 6 | Foundation Forms | |
| A. PHC Pile (pretensioned spun high-strength concrete pile) | YES / NO | |
| B. Ramming Pile; | YES / NO | |
| C. Concrete; | YES / NO | |
| D. Bored Pile; | YES / NO | |
| E. Others | ||
| 7 | Layout of Solar Panels | |
| 8 | how many modules per array | |
| 9 | Size of solar panels | |
| 10 | Installation angle of solar panels | |
| 11 | Panel Weight | |
| 12 | Watts per Solar Panel | |
| 13 | Requirements on Main Materials of Structure | |
| 14 | Requirement on the lowest height between solar panels and ground | mm |
| 15 | How many arrays / units | |
| 16 | other information |
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