Floating Solar
Solar that floats to work
Reservoirs, ponds and basins are wasted real estate for energy. Floating solar puts that water to work — generating power, cutting evaporation and running cooler, and therefore more efficiently, than rooftop arrays.
Every reservoir, irrigation pond, and quarry basin is a slab of idle real estate — and idle land is wasted independence. Floating solar puts that flat, open water to work, mounting rugged arrays on engineered pontoons that ride the surface and generate serious power without claiming an acre of usable ground. For farms, utilities, and industrial sites sitting on water they already own, it’s a way to build your own power plant on land you weren’t using anyway.
Water does something a rooftop never can: it keeps panels cool. Heat is the silent enemy of solar output, and a module baking on a tin roof loses efficiency as the day climbs. Floating arrays run cooler thanks to the water beneath them, squeezing out higher yields from the same sunlight. They also shade the surface, slashing evaporation that would otherwise bleed your reservoir dry — turning one body of water into both a power source and a conservation tool.
Why build on water
- No competition for valuable land — your fields, yards, and roofs stay free for their real jobs.
- Cooler operation lifts panel efficiency and lifetime energy yield compared to hot rooftops.
- Shaded water loses far less to evaporation, protecting irrigation and supply reserves.
- Reduced surface light curbs algae growth, helping keep stored water cleaner.
- Anchored, modular pontoons designed to ride wind, waves, and changing water levels.
Rugged, anchored, and built to last
Water is a demanding place to build, and we engineer for it. Our floating systems use UV-stable, corrosion-resistant pontoons, marine-grade anchoring tuned to your water level swings, and cabling routed to stay dry and serviceable. We start with a feasibility review — bathymetry, anchoring strategy, grid connection, and seasonal levels — so the array delivers decades of dependable output. This is infrastructure meant to outlast the weather and pay you back across its whole long life.
Got a reservoir, pond, or basin in mind? Book a feasibility review and we’ll tell you straight whether your water can carry a power plant of its own.
Common questions
What kinds of water bodies suit floating solar?
Calm, controlled water works best — reservoirs, irrigation ponds, quarry lakes, tailings basins, and wastewater treatment ponds. We assess depth, anchoring conditions, seasonal level swings, and grid access during the feasibility review to confirm your site fits.
Does floating solar really produce more power?
Often, yes. The water beneath the array keeps modules cooler than a hot rooftop, and cooler panels convert sunlight more efficiently. Combined with unshaded open exposure, many floating systems out-yield comparable land or roof installations.
Will it harm my water or aquatic life?
Properly designed arrays are gentle on water bodies. Partial shading reduces evaporation and curbs algae blooms, while careful coverage ratios preserve oxygen exchange. We engineer each layout to protect water quality and the ecosystem beneath it.
The paradigm shift
Ready to own your own power?
Book a free assessment and we'll design a rugged solar, storage or off-grid system around your home, your loads and your appetite for independence.