Project cooperationUpdated on 2 June 2026
Modular Floating Hydrokinetic Energy Stations
About
The core device is a floating, twin vertical axis, hydrokinetic energy converter, capable of generating 3kW of power. Measuring 2.1m in width and length and a 1m draft, it comprises a floating platform, with a central bluff body underneath which directs water onto two vertical axis rotors.
The deployment in lateral array simplifies installation and power transmission. In addition, to maximize energy production, it will locally accelerate the water as it passes between the generator rotors but return to free-stream speeds after. Much like water speeding up going through the columns under a bridge.
The system can be sized depending on the available resource and power requirements at the selected site.
The technology has been proven individually in lab and field conditions. GKinetic seek opportunities for a pilot array deployment to prove the technology in a real world environment.
GKinetic's commitment to protecting the environment is demonstrated in the design of components used in this technology. Underwater bearings designed by GKinetic contain no oils or contaminants which could damage water quality. Gearboxes used are sealed units of very reputable quality which contain biodegradable, food safe oil.
Topic
- Call Module 2026-01: Integrated energy system resilience in a changing environment
- Call Module 2026-02 Energy system flexibility in a high renewable energy sources (RES) scenario: energy generation, storage and system integration
- Call Module 2026-03A/03B: Advanced renewable energy (RE) technologies for power production
- Call Module 2026-08: Integrated regional energy systems
- Call Module 2026-09: Integrated industrial energy systems
Type
- Demonstrator
- Validator/Living lab
- Consultant
- Investor
- Other
Organisation
Similar opportunities
Project cooperation
Demonstrator of a Micro Aerohydraulic Power Plant
- Other
- Consultant
- R&D Partner
- Demonstrator
- Technology Partner
- Call Module 2026-08: Integrated regional energy systems
- Call Module 2026-09: Integrated industrial energy systems
- Call Module 2026-10: Clean energy integration in the built environment
- Call Module 2026-03A/03B: Advanced renewable energy (RE) technologies for power production
alain Rohet Fiorentino
chercheur indépendant / chef de projet at aerohydrolique.fr
France
Project cooperation
- Other
- Investor
- Call Module 2026-05: Hydrogen and renewable fuel
- Call Module 2026-03A/03B: Advanced renewable energy (RE) technologies for power production
- Call Module 2026-02 Energy system flexibility in a high renewable energy sources (RES) scenario: energy generation, storage and system integration
Luigi Rubino
Founder - marine solutions at seabreath wave energy
Parma, Italy
Project cooperation
Sustainability and Life Cycle Assessment
- R&D Partner
- Call Module 2026-05: Hydrogen and renewable fuel
- Call Module 2026-04: Industrial carbon management
- Call Module 2026-07: Heating and cooling technologies
- Call Module 2026-08: Integrated regional energy systems
- Call Module 2026-09: Integrated industrial energy systems
- Call Module 2026-10: Clean energy integration in the built environment
- Call Module 2026-01: Integrated energy system resilience in a changing environment
- Call Module 2026-03A/03B: Advanced renewable energy (RE) technologies for power production
- Call Module 2026-06: Stationary battery technologies and systems for climate-neutral industry and built environment
- Call Module 2026-02 Energy system flexibility in a high renewable energy sources (RES) scenario: energy generation, storage and system integration
Ehsan Nemati
Scientific Researcher at Fraunhofer IBP