Jesfer floating solar achoring system adopt new module design, which can realize double row arrangement on the same facing or symmetrical facing, improve solar power generation efficiency and installed capacity, facilitate installation and save cost. This floating platform system has a service life of more than 25 years.
Dry Lake Full Anchoring Solution Solar Kits HDPE Solar Mounting Structure Pool Floats
The floating solar anchoring system Realize symmetrical facing array, increase the installation capacity, maximize the efficiency of power generation,it also can be compatible with various solar module.meanwhile ,we provide various array design ,to make sure easier to combine .
Double Row In The Same Facing |
Double Row In Symmetrical Facing |
Technical Information
Name | Floating Photovoltaic Brackets |
Material: |
HDPE,AL6005-T5,SUS304 |
Wind Speed |
51m/s |
Snow Load |
1KN/m² |
Tilt Angle |
10° or 15° |
Water Depth |
330-350 |
Module Type |
Frame or Double Glass |
Panel Orientation |
Landscape,Double Row in the same/symmetrical Facing |
Color: |
Grey or Blue or Customized |
Bearing Weight |
Main Floater 70KG/㎡ |
Installation Site |
Lake,Reservoir |
Duration |
25years |
Installation procedure
1.Connect the Front Support with the corresponding hole in the main floater.
2.Connect the Back Support with the corresponding hole in the main floater.
3.Main floater.
4.Connect the Maintenance Channel with Hexagon Bolt.
5.Connect the Maintenance Channel with Main Floater.
6.Connect to form INTERVAL shape.
7.The installation of floater is done.
8.Fix the solar module with Clamp Kits & Bolt Kits.
9.Installation is done.
Product Reference
What is the necessary information of floating photovoltaic brackets project to obtain the design and quotation for us?
1. Project stage, bidding? The process of applying for permission or preparing for construction?
2. Solar panel layout or installation site map drawing.
3. Soil test report of ground projects, or photos of building height, beam structure and rooftop.
4. Solar panel data sheet.
5. Wind load and snow load on the project site.