About
OptiGen's drive-train design has the potential to boost the competitivity of the wind power industry. It allows to achieve a drastic reduction in the weight of wind turbine generators, as well as their construction, maintenance and repair costs. As a result, OptiGen significantly reduces LCOE and associated CO2 emissions. Although originally designed with floating offshore applications in mind, the OptiGen drive-train design has potential for a broad range of aplications across all wind power segments.
Topic
- CM2025-02: Energy system flexibility: renewables production, storage and system integration
- CM2025- 03: Advanced renewable energy (RE) technologies for power production
Type
- Other
Organisation
Similar opportunities
Project cooperation
Leveraging high resolution wind data for multiple applications
- R&D Partner
- CM2025- 09: Clean energy integration in the built environment
- CM2025- 03: Advanced renewable energy (RE) technologies for power production
- CM2025-02: Energy system flexibility: renewables production, storage and system integration
Antonio Gómez
Researcher at Nabladot, S.L.
Zaragoza, Spain
Project cooperation
Passive method of turbulent flow separation control for wind energy
- Other
- Investor
- Consultant
- R&D Partner
- Demonstrator
- Technology Partner
- Validator/Living lab
- CM2025- 03: Advanced renewable energy (RE) technologies for power production
Artur Dróżdż
Associate Professor at Czestochowa University of Technology
Poland
Project cooperation
Open to Collaboration and Demonstration Activities for Renewable Energy Projects
- R&D Partner
- Demonstrator
- Validator/Living lab
- CM2025- 05: Hydrogen and renewable fuels
- CM2025- 07: Integrated regional energy systems
- CM2025- 08: Integrated industrial energy systems
- CM2025- 04: Carbon capture, utilisation and storage (CCUS)
- CM2025- 09: Clean energy integration in the built environment
- CM2025- 06: Call Module 2025-06: Heating and cooling technologies
- CM2025- 03: Advanced renewable energy (RE) technologies for power production
- CM2025-02: Energy system flexibility: renewables production, storage and system integration
- CM2025-01: Multi-vector interactions between the integrated energy system and industrial frameworks
Feyza Pakelgil
R&D Projects and Collaborations Specialist at Zorlu Enerji
Istanbul, Türkiye