Product Detail
This design is also applied to large-scale FPV plants. It has structures of pontoon-type floats with carbon steel frames, upon which PV panels are mounted at a fixed tilt angle as with land-based systems, but to affix the structures to pontoons, which serve only to provide buoyancy. In this case, there is no need for specially designed main floats. About this design pattern, we choose carbon steel to support solar panels with respect to its strength, non-toxicity, and durability, strong corrosion resistance and easy installation. We have designed this system that is taken by method in typical design mounting system but without main buoys, it not only saves a lot in packing and transport, and also maximize our clients’ profits with minimum costs. Besides, we will supply an appropriate anchoring and mooring system for our clients based on their needs.Bottom anchoring is a critical part of an FPV plant used in the vast majority of existing FPV plants. With the help of the anchor to resist lateral wave movement, the FPV arrays can keep in place for 25 years or more which need only over a limited period of time. Many mature anchoring solutions exist in marine and ocean engineering, as well as in watercraft industries, solutions that can be easily transferred and adapted to the FPV context.| Product | Floats+C.S frames-FPV |
| Description | Floats+C.S frames FPV system is pontoon-type-floats with a combined structure of carbon steel brackets. The eco-friendly floats can be re-processed and reused during the production. The bracket part is made of Q235B material, which has superior mechanical properties and strong corrosion resistance with hot dipped galvanized treatment on its surface. And its multi-module and free-combined platform design has a buoyancy advantage for multi-solutions to many of water bodies such as reservoirs, industrial ponds, agriculture ponds, lakes, continental sea and offshore environment etc. |
| Specification | |
| Application | Reservoirs, lakes, continental sea etc. |
| Panel Tilt Angle | 5°, 10°, 15°/Custom |
| Extreme Wind Speed (M/S) | 45m/s |
| Snow Load | 900 N/m2 |
| Average Water Depth(M) | ≧1m |
| Panel Design | Framed/frameless |
| Layout Requirements | Landscape/single row/double rows |
| Length of PV Panels | 1640mm-2384mm |
| Width of PV Panels | 992mm-1303mm |
| Design Standards | JIS C8955：2017, AS/NZS 1170, DIN 1055; International Building Code：IBC 2009; California Building Code：CBC 2010; ASCE/SEI 7-10 |
| Buoys | HDPE |
| Brackets | Q235B |
| Fasteners | SUS304 |
| Buoyancy | This design is with 3 floats for combination. the buoyancy of short-float is more than 159kg/mm2 ; the middle 163kg/mm2 ; the long 182kg/mm2 |
| Quality Guarantee | 10 years warranty and more than 25 years duration for products. |
Sun Floating has been engaged in clean power generation for more than 10 years. Our FPV solutions and services are helping more countries to produce clean and green energy.We believe that our constant innovation further optimize our solutions to FPV in the performance of our Research & Development. The Strength Of Our Product
● New Design suitable for more specifications of solar panels ● Big arrays scaled in any size without major changes in design ● Multi-module and free-combined design for multi-solutions to complex water bodies ● Excellent material performance of tensile strength and impact resistance ● High corrosion resistance, anti-ultraviolet, anti-freezing and other erosion. ● Platform adapts to wave motion and relieves ● Assemble and install easily ● Cost effectivelyApplication
Solutions for man-made water bodies(reservoirs etc.), industrial ponds, agriculture ponds, lakes, continental sea and offshore environment etc.
