HDPE Materials Pv Floating Solar System
Features:
1. Small footprint: The main advantage of floating PV is that it does not need to occupy land except for the electrical cabinet and grid connection.
2. Easy to manage: floating PV is more compact and easier to manage than ground-based PV, and is simpler to build and decommission.
3. Save water resources: the cover of PV panels can reduce water evaporation, which depends on local climate conditions and the proportion of water area covered.
4. Increase efficiency: floating PV naturally has a water cooling system, which is conservatively estimated to increase power output by 5%, and may reach 10%-15% in hot climate conditions.
5. Improve water quality: floating PV can improve water quality by reducing algae blooms through shading from sunlight.
- Power Stone
- China,Vietnam,Indonesia
- 10001-100000w per 15days, >100000w to be negotiated
- 100MW Per Month
- Information
High Quality Pv Mount Structure Floating Solar System For Solar Panels
Floating water photovoltaic refers to the establishment of floating photovoltaic power plants on the water surface of reservoirs, small lakes, reservoirs and cisterns, etc. The construction of this type of project has no fixed operating platform and is greatly affected by buoyancy. Water surface photovoltaic makes full use of water resources, solves the problem of traditional photovoltaic power generation covers an area of large, while producing clean energy, by reducing the evaporation of water, thus protecting water resources, to achieve the effect of comprehensive utilization of water, electricity and agricultural resources.
Features:
1. Small footprint: The main advantage of floating PV is that it does not need to occupy land except for the electrical cabinet and grid connection.
2. Easy to manage: floating PV is more compact and easier to manage than ground-based PV, and is simpler to build and decommission.
3. Save water resources: the cover of PV panels can reduce water evaporation, which depends on local climate conditions and the proportion of water area covered.
4. Increase efficiency: floating PV naturally has a water cooling system, which is conservatively estimated to increase power output by 5%, and may reach 10%-15% in hot climate conditions.
5. Improve water quality: floating PV can improve water quality by reducing algae blooms through shading from sunlight.
Mainly used for commercial color metal roof, aluminum alloy kliplok perfected to be used to fix the track and color metal roof, to achieve different conditions of installation requirements. Unique design of accessories can be adapted to a variety of corrugated metal roof, with great flexibility in installation. The system can be optimised to suit the actual roofing environment.
| System Parameters | |||
| Installation Site | Lake, Reservoir | Design Standard | AS/NZS 1170、ASCE7-10 |
| Tilt Angle | 0-15° | JIS C 8955：2017 International Building code:IBC 2009 | |
| Wind Load | 42m/s | Material | HDPE |
| Snow Load | 1.0KN/m² | Fasteners | SUS304 & HDPE |
| Applicable Solar Module | Framed or Frameless | Color | Grey or Customized |
| Panel Layout | Landscape or Symmetrical Facing | Warranty | 10 Years |
Photovoltaic solar floating mounting structure
Floating solar power plants, applied on water such as pools, small lakes and reservoirs, solve the problem of traditional solar power plants covering a large area. The solar modules will be installed on floats made of high-density polyethylene. The professional structural design, optimization of the float structure, and simple and convenient splicing design improve the efficiency of the project installation and thus save costs, while ensuring the strength
