Advanced Floating Solar
Transform reservoirs, dams, and lakes into efficient, sustainable power generators — an innovative, eco-friendly alternative to ground-mounted and rooftop solar.
Revolutionising Renewable Energy
Power From Water. Proof in Numbers.
Floating solar generates more per module, saves water while doing it, and unlocks capacity without consuming a single acre of land.
Ramagundam Flagship Reference
Higher Yield From Water Cooling
Less Evaporation Under Arrays
Marine-Grade Platform Life
How It Works
Engineered for 25+ Years Afloat
Backed by a decade of experience in the renewable energy sector and world-class manufacturing, we design and deploy cutting-edge floating solar tailored to your water asset.
Bathymetric & Hydrological Survey
We study water depth, seasonal level variation, wind and wave loads, and bed conditions to define the safe operating envelope for the floating array.
Platform & Mooring Design
UV-resistant HDPE floats, corrosion-resistant structures, and anchoring systems are engineered for your specific reservoir, dam, or pond — rated for 25+ years afloat.
Module & Electrical Engineering
High-efficiency N-TOPCon and Mono PERC modules from our own lines, with IP-rated combiner boxes, floating walkways, and water-crossing cable routing designed for aquatic service.
Assembly & Deployment
Arrays are assembled on shore in modular blocks, launched, towed into position, and moored — minimising on-water work and compressing schedules.
Commissioning & O&M
Grid synchronisation, remote monitoring, and specialised operations and maintenance — including mooring inspections and water-side safety protocols — keep the plant performing.
Why Choose Floating Solar
More Yield. Less Land. Saved Water.
High-efficiency modules, durable UV-resistant floating platforms, corrosion-resistant components, and turnkey EPC including design, installation, and O&M.
Efficient Land Use
Utilise underutilised water surfaces and save valuable land for agriculture or infrastructure — no acquisition, no levelling, no lost farmland.
Enhanced Energy Yield
The natural cooling effect of water keeps module temperatures lower, increasing panel efficiency and longevity — with yield gains of up to 10%.
Water Conservation
Arrays shade the surface, cutting evaporation by up to 70% under the covered area, lowering algae growth, and minimising impact on aquatic life.
Utility-Scale Ready
Scalable, customisable systems serve utilities, industries, and municipalities — from industrial ponds to multi-MW reservoir plants.
Rural Electrification
Floating plants on irrigation tanks and village reservoirs bring generation close to rural demand centres without competing for land.
Built for Water, For Decades
Durable UV-resistant floating platforms and corrosion-resistant components are engineered for long-term performance in aquatic environments.
On Water, At Scale
Every reservoir is a power plant waiting to happen.
Landmark Reference
100 MW Ramagundam Floating Solar Project
The 100 MW Ramagundam Floating Solar Project in Telangana — spread across roughly 500 acres of reservoir — is among India's largest floating solar installations, and the benchmark Saatvik engineers to: utility-scale generation, massive evaporation savings, and zero land consumed.
Saatvik brings the same building blocks to your water asset — high-efficiency N-TOPCon and Mono PERC modules from our 4.8 GW manufacturing lines, marine-grade floats and mooring, and turnkey EPC delivery from bathymetric survey to grid synchronisation.
Installed Capacity
Reservoir Area Utilised
Land Consumed
Frequently Asked Questions
Reservoirs, dams, irrigation tanks, lakes, and industrial ponds with relatively stable water levels are ideal. Our bathymetric and hydrological survey assesses depth, level variation, wind exposure, and bed conditions before we design the array.
Yes — the water's natural cooling effect keeps module temperatures lower, typically lifting energy yield by 5–10% compared to an equivalent ground-mounted plant, while also slowing thermal degradation of the modules.
Floating arrays typically cover only part of the surface. The shading reduces evaporation by up to 70% under the covered area and curbs algae growth, while mooring layouts and spacing are designed to maintain oxygen exchange and minimise impact on aquatic life.
Arrays sit on UV-resistant HDPE floats moored to the bank or bed with engineered anchoring rated for wind, waves, and seasonal water-level swings. Floating walkways allow safe access for cleaning and maintenance, and our O&M teams follow specialised water-side safety protocols.
Utility scale — the 100 MW Ramagundam Floating Solar Project in Telangana, spread across roughly 500 acres of reservoir, is among India's largest and shows what floating PV can deliver. Saatvik designs and executes floating solutions from sub-MW industrial ponds to multi-MW reservoir plants.