End to End EPC Solutions

Engineering the Future of Solar on Water

  • Efficient Use of Space: Utilize unused water bodies, preserving land for other purposes.
  • Enhanced Performance: Cooler ambient temperatures boost solar panel efficiency.
  • Environmental Benefits: Reduce evaporation, algae growth, and environmental degradation.

HUSE Energy delivers advanced floating solar solutions designed for reservoirs, lakes, ponds, industrial water bodies, dams, and large-scale utility projects. Combining proprietary floating solar technologies, global partnerships, and EPC expertise, we enable organizations to maximize renewable energy generation while preserving valuable land resources.

First Generation Floaters
First Generation Floaters

HU-F001 Series:

Revolutionizing Floating Solar Solutions

The HUF-001 Series represents the foundation of HUSE Energy’s floating solar journey. Designed for reliability, modularity, and ease of deployment, this platform has successfully powered floating solar projects across India, including installations in Gujarat and Durgapur.

 

Built using high-strength materials and engineered for long-term performance, the HUF-001 platform provides a stable foundation for solar energy generation across diverse water conditions.

Key Components

  • Main Floater Body
  • Walkway Floater
  • Equipment Floater
  • Side Panels
  • Mounting Brackets (AL6005-T5)
  • Anchoring System
  • Interconnecting Structures
  • Maintenance Walkways
  • Solar Module Mounting Frames
Sustainable Energy Solution

Key Features

  • Modular floating architecture
  • Suitable for reservoirs, ponds, lakes, and industrial water bodies
  • Enhanced buoyancy and stability
  • Easy transportation and assembly
  • Designed to withstand harsh environmental conditions
  • Reduced water evaporation
  • Improved panel cooling and efficiency

The HU-F001 Series offers three unique configurations

  • Economic Design: Designed for budget-conscious projects, this option ensures efficient functionality with minimal material use. It is perfect for calm waters where adaptability and durability are secondary priorities.
  • Standard Design: A balanced solution offering enhanced buoyancy and additional structural support. It’s well-suited for moderate weather conditions and water currents, ensuring stable performance without overspending.
  • Enhanced Design: Built for the most challenging environments, this design features advanced structural integrity and superior buoyancy, ensuring durability in extreme weather and high water-level variations.

Applications

Whether your project involves small-scale water reservoirs or large offshore installations, the HU-F001 Series provides a solution tailored to your unique needs. From urban renewable initiatives to industrial-scale solar farms, these floating platforms are engineered to maximize energy efficiency while minimizing environmental impact.

Sustainability in Every Design

Whether your project involves small-scale water reservoirs or large offshore installations, the HU-F001 Series provides a solution tailored to your unique needs. From urban renewable initiatives to industrial-scale solar farms, these floating platforms are engineered to maximize energy efficiency while minimizing environmental impact.

Strategic Technology Partnership

HUSE × SCOTRA

To further advance floating solar technology, HUSE Energy partnered with South Korea’s SCOTRA, a globally recognized floating solar technology company. This partnership combines HUSE Energy’s manufacturing and EPC expertise with SCOTRA’s internationally deployed floating solar innovations to deliver next-generation floating solar systems for India and global markets.

Through this collaboration, HUSE Energy gains access to globally proven floating solar technologies that have been deployed across multiple countries and water environments.

HUSE-SCOTRA

Next Generation Floating Solar

HUSE × SCOTRA Design System

The next-generation floating solar platform developed through the HUSE × SCOTRA collaboration is engineered to maximize energy production, structural integrity, and lifecycle performance.

Designed using advanced hydrodynamic and structural engineering principles, the system delivers greater durability, higher efficiency, and enhanced operational reliability compared to conventional floating solar systems.

scotra project
  • Scotra-1-Pr

Global Deployment

This design has been successfully utilized across multiple international floating solar projects, demonstrating proven performance under diverse environmental and climatic conditions.  

Advantages

  • Customizable Tilt Angle.: Optimize solar generation according to site-specific requirements.
  • Sturdy Floaters with Enhanced Buoyancy: Engineered for superior stability and long-term performance.
  • Harsh Weather Resistant : Designed to withstand harsh environmental conditions including high wind speeds, UV exposure, and fluctuating water levels.
  • Deployable Across Any Water Body: Suitable for lakes, reservoirs, ponds, dams, industrial lagoons, and water treatment facilities.
  • Higher Energy Output: Natural cooling from water reduces module temperatures, improving solar generation compared to conventional land-mounted systems.
  • Land Conservation: Generates renewable energy without consuming valuable land resources.
  • Water Conservation: Reduces evaporation and helps preserve water resources.
  • Sustainable Infrastructure: Supports carbon reduction goals while maximizing renewable energy generation.
  • Customizable Layouts: Flexible platform configurations allow aesthetic and site-specific panel arrangements.

Powering Progress on Water