Renewable energies
X1 Wind (Exp Renewables)
X1 Wind has developed a disruptive floating wind system to bring substantial cost reductions to the offshore wind industry, making it possible to tap into the huge wind energy potential located in deep waters
Commercialised by
X1 Wind (Exp Renewables)
Barcelona, Spain
Carrer de la Diputació 284, 08009 Barcelona, Europe, Spain
Sustainable developement goals
Deep-water offshore wind that is both scalable and cost-effective
X1 Wind’s patented offshore wind technology offers a highly scalable and cost-competitive floating offshore wind (FOW) platform. It combines a lightweight design with streamlined installation and maintenance, revolutionising how FOW is deployed globally. Backed by a fully operational pilot in a real sea environment, X1 Wind demonstrates proven performance and exceptional technology survivability in extreme conditions. Its proven offshore wind technology is not only ready to scale, but is also enhanced by proprietary software and AI tools that optimise operations, reduce costs, and improve asset intelligence across the project lifecycle.
The need
Offshore renewable energy is crucial in achieving climate neutrality by 2050 (European Commission). However, floating wind solutions in sites located in deep waters can pose a particular challenge. Current technology is too costly for utilities and power producers.
The solution
X1 Wind has developed an effective solution for the offshore wind market: an innovative floating wind platform that significantly reduces capital expenditures and levelised cost of energy (LCOE). With floating offshore wind now cost-effective, this taps into the phenomenal wind potential of deep-water locations. X1 Wind’s approach is based on a downwind-configured weathervane platform that makes an efficient structural design possible with minimal environmental impact on the ocean.
The value proposition
- Lighter floater: reducing the weight of current substructure solutions.
- Easier installation: with an innovative single point mooring (SPM) system called PivotBuoy®.
- Reliable: using passive orientation and removing unnecessary active systems (yaw and ballast).
- Scalable: with the integration of larger downwind turbines and TLP moorings that scale better in deeper waters compared to catenaries.
- Lower environmental impact: reducing environmental footprint through the TLP mooring system and use of local infrastructure.