Flex2power
MODULAR, SCALABLE,
COST & AREA-EFFICIENT
FLOATING SOLUTIONS
DOUBLING EFFICIENCY WITH LOWER COSTS
AND STABLE ENERGY OUTPUT
Modular Design:
Flexible for diverse energy needs.
Area-Efficiency:
10% of the surface area compared to other offshore concepts (MW/km²)
Cost-Efficiency:
Lowers Levelized Cost of Energy (LCOE).
Stable Output:
Reliable energy production.
Scalable Technology:
Suitable for all project sizes.
FLEX2POWER CONSISTS OF
THREE CONCEPT MODELS:
S1
Single floater with installed
capacity 19,2MW
Q1
Quadrature with installed
capacity 100MW
P1
Park level with several
quadrature installations.
400MW with four Q1
CONCEPT MODEL S1
MAIN FEATURES
-
136,6 x 136,6 x 52,8m (32,8m above sea level)
-
Substructure weight: 10950 tons (incl 7000 tons on concrete foundation)
-
Water depths: 60 – 1500m
-
Mooring: 4 anchor and mooring lines
- 5 MW installed wind turbine capacity
- 14 MMWEC Multi motion wave energy converter
- 0,2 MW installed sun energy capacity
-
Installed capacity 19,2MW
CONCEPT MODEL Q1
MAIN FEATURES
- 500m x 500 m x 52,8 m. ((32,8m above sea level)
- Substructure weight: 50 000 tons
- Water depths: 60 – 1500m
-
40MW installed wind turbine capacity
-
59MW Multi motion wave energy converter
-
1MW installed sun energy capacity
-
Installed capacity 100MW
CONCEPT MODEL Q1
MAIN FEATURES
- 500m x 500 m x 52,8 m. ((32,8m above sea level)
- Substructure weight: 50 000 tons
- Water depths: 60 – 1500m
-
40MW installed wind turbine capacity
-
59MW Multi motion wave energy converter
-
1MW installed sun energy capacity
-
Installed capacity 100MW
MORE THAN DOUBLE
THE ENERGY OUTPUT:
HARNESSING WIND, SUN AND
FOUNDATION MOVEMENT
Flex2power generates more electricity by combining wind, sun, and the energy from foundation movements caused by waves, wind, and currents. This innovative approach enables more than double the energy output compared to conventional wind turbines.
FEATURES AND MILESTONES
KEY FEATURES
- Low Carbon Footprint: Complete assembly near fabrication yards reduces environmental impact.
Cost-Efficient Operations: Minimized production, marine operation, installation, and maintenance costs.
Competitive LCoE: Industrial scale estimated at €50/MWh.
Superior Stability: Concrete bottom frame 20 meters below sea level provides damping, stability, and strength.
Extended Lifespan: Elevated design improves efficiency and durability of turbines, energy systems, and solar panels.
Exceptional Area Efficiency: Requires just 10% of the sea surface area compared to other wind farms.
DEVELOPMENT TIMELINE
- 2016–2025: Research and development
- 2026–2030: Production and pilot
- demonstrations
- 2030 Onward: Delivery of wind farms
- Operational Lifespan: 25 years
DEMONSTRATOR CAPACITY
- Installed Capacity: 19.2 MW
- Energy Output Over 25 Years (North Sea): 1.56 million MWh
ILLUSTRATION:
HOW FLEX2POWER CAN BE
CONSTRUCTED AT ROSENBERG YARD
Flex2power is a slim, modular, and flexible floating platform designed for combined wind, wave, and solar energy production. Its innovative concept ensures exceptionally low construction and service costs.
