STEEL X
Floating pv panels
Innovative technology for unlocking the energy potential of unused water surfaces
Floating PV Panels make it possible to deploy solar arrays on lakes, industrial basins, potable-water reservoirs, and irrigation ponds. By moving generation offshore, the system preserves farmland and natural landscapes while turning otherwise idle bodies of water into productive sources of renewable power.
Natural water-cooling keeps the modules at an optimal operating temperature, pushing energy efficiency beyond that of comparable land-based arrays. The solution is fully modular, quick to assemble, and easily adapted to basins of almost any shape or size, making it the perfect fit for commercial, industrial, or institutional projects that aim to combine sustainability with top-tier performance.
Key Benefits
Floating PV panels HDPE
A complete high-density polyethylene floating solution, adaptable to 370–870 W modules
Soluție flotantă completă din polietilenă de înaltă densitate, adaptabilă pentru panouri de 370–870 W
The HDPE Floating PV System is engineered to support framed or frameless solar modules from 370 W up to 870 W on lakes, ponds, industrial basins, and reservoirs. Manufactured entirely from high-density polyethylene, it combines long-term durability with installation flexibility and strong energy performance. Its modular design allows rapid deployment in south-facing or east-west symmetric arrays, so layouts can be tuned to project goals and site latitude. Outstanding resistance to water, UV exposure, and temperature swings makes the structure ideal for continuous operation in demanding aquatic environments.
Supplied as a complete kit—including profiles, clamps, bolts, and certified outdoor fasteners—the system delivers a fully integrated, reliable floating platform ready for immediate assembly
Advantages
- Adjustable tilt angles for maximum efficiency: the floating frame lets installers set modules at 5°, 10°, or 15°, delivering true site-specific optimisation. Whether the goal is peak summer output or a stronger winter shoulder, the array can be tuned to latitude, season, and energy-demand profile, capturing more sunlight hour-by-hour and raising the project’s overall kWh yield.
- Wind resistance verified up to 32 m/s: extensive CFD modelling and field trials confirm that the interlocking floats and reinforced anchoring system withstand sustained winds of 32 metres per second (≈115 km/h) without loss of buoyancy or structural deformation. This robustness safeguards the plant in cyclonic regions and eliminates costly downtime or repair campaigns.
- Certified HDPE construction for a 25-year service life: every float is moulded from high-density polyethylene compounded with UV stabilisers and antioxidant packages, ensuring zero water absorption, no brittle cracking, and full resistance to chemicals, algae, and bio-fouling. Independent labs have validated long-term ageing, tensile strength, and impact performance, allowing us to guarantee more than a quarter-century of reliable operation in harsh aquatic environments.
- Modular design for rapid, low-cost deployment: a newly engineered float body couples with a central spine to create south-facing strings or symmetrical east-west matrices. Lightweight segments click together with captive stainless fasteners and require only handheld tools, slashing installation time, crane hours, and barge rentals. The same geometry scales effortlessly from a two-hectare pilot pond to multi-megawatt reservoir plants without redesign.
- Broad module compatibility, 370 – 870 W framed or frameless: the support rails accept today’s large-format PERC, TOPCon, and bifacial panels—and remain ready for tomorrow’s higher-wattage releases—so EPCs can source the most cost-effective module on the market or upgrade mid-life without structural changes. Clamp kits adjust to differing frame heights, while optional edge seals protect glass-glass laminates.
- Reduced evaporation and active water stewardship: by shading the liquid surface, the array lowers temperature and suppresses wind shear, cutting evaporation losses by up to 70 percent. For irrigation reservoirs, industrial process basins, or potable-water storage in arid zones, this passive conservation translates into millions of litres saved annually, complementing the green-energy narrative with measurable resource protection.
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About Us
As a specialist producer of photovoltaic mounting systems, we supply durable, high-performance structures engineered for every project scenario— from architectural carports and roof-top arrays to utility-scale ground mounts and floating platforms. Our commitment to quality, precision manufacturing, and full-spectrum engineering support makes us the partner of choice for companies driving the transition to clean energy.
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