Floating Wind and
Wave energy
Our flexible technology is the only solution of its type that can be configured to harness wind and wave energy, either as a combined solution or on their own, in deep water. Built on a common platform our devices deliver both cost efficiency and performance throughout the entire product lifecycle.
Our Products
Pelaflex
Structurally efficient floating platform with excellent stability
and straightforward deployment and maintenance.
Pelagen
Advanced wave energy converter that harnesses heave and surge
wave energy and delivers an extremely competitive cost of energy.
Floating Wind
Floating Wave
Floating Dual Wind and Wave
Overall cost advantage through sum of all benefits
Lowest capital and operational expenditure alongside high yield delivers the lowest cost of energy.
Reduced Cost Structure
- Low material content
- Low fabrication cost
- Low assembly cost
Reduced Port and Marshalling Costs
- Low-cost ports
- Low logistical costs
- Low equipment costs
Reduced Deployment Costs
- Low rating tow vessels
- Wide weather windows
- Rapid, safe hook-up
Reduced Operation and Management Costs
- Low wear & tear through high stability
- Optimised on-site maintenance
- Ready for off-site maintenance
Increased Yield
- Maximum turbine compatibility
- Zero tilt maximises turbine generation
- Harness heave and surge wave energy
Tested TEchnology
Our technology has been thoroughly tested through a series of scale prototypes and we have proved our ability to generate grid compatible electricity. Beyond our sea testing we continue to improve our technology with thousands of hours of computational simulations and a tank testing program equivalent to years of non-stop testing.
We are now working on the deployment of a grid connected commercial megawatt scale wind and wave device in northern Spain at the Biscay Marine Energy Platform (BiMEP) as well as the deployment of a pre-commercial scale array at the European Marine Energy Centre (EMEC), Orkney.
Maximising Energy Extraction and ROI
MPS’ core product offering allows farm arrays to be optimised to maximise energy extraction and therefore significantly increase our customers return on investment from any given area of seabed:
- Energy yield per Km2: 20 – 30% increase
- Levelised cost of energy: circa 10% decrease
- Consistency of energy supply: 10 – 30% improvement