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The future
of offshore wind

Innovative floating offshore wind technology. Discover TRIWIND for efficient, reliable and scalable renewable energy production.

A TRIWIND floating platform is shown at sea, atop dark blue waves with a cloudy sky in the background.

Durable design,
optimal performance

With superior naval stability, TRIWIND withstands the most challenging environment to deliver maximum energy outputs with minimal maintenance requirements.

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Low CAPEX,
in-port construction

In-port fabrication using proven slip-forming construction techniques reduces CAPEX by ~50% and accelerates production times..

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High capacity,
low LCOE

Suitable for turbines of any size, TRIWIND’s high capacity factor and low OPEX combine to deliver increased outputs and low Levelized Cost of Energy.

Unlocking the potential
of offshore wind power

Our innovative TRIWIND concrete-based floating platform combines revolutionary design and unique construction techniques to leverage the power of offshore wind.

Designed for turbines of any size, TRIWIND withstands the most challenging environmental conditions to deliver optimal performance, high capacity outputs and a consistently low LCoE.

Find out how our proven TRIWIND technology delivers durable, cost-effective and scalable solutions that harness the infinite power of offshore wind now.

Unlocking the potential of offshore wind power

Full lifecycle
engineering solutions

With more than 25 years’ experience in maritime engineering, our multidisciplinary team provides end-to-end engineering solutions for projects of all sizes.

Dedicated to accelerating the offshore wind sector and bringing real-world projects to life, we work collaboratively with developers and supply chains to move from concept and planning right through to operation and maintenance – and everything in between.

As a leading provider of offshore engineering and technical services, we blend expertise, experience and innovation to minimize risk with efficient and easily deployable solutions.

Full lifecycle engineering solutions

Reduce CAPEX by ~50% with TRIWIND

Our unique floating platform design enables increased use of slip-forming construction techniques and reduces CAPEX by ~50%. Fabricated in any port with locally sourced materials, TRIWIND floaters can be produced, at scale, in days.

Partners and collaborators

European Investment Bank
Balder Logo
Logo Berenguer
Bureau Veritas Logo
Logo Cener
National Renewable Energy Laboratory logo
Logo IHCantabria

Latest News

A dark blue background with a smaller image of silver, steel tubes. On the background, white text reads: 'How will proposed EU steel tariffs impact the floating steel sector?'

How will proposed EU steel tariffs impact the floating wind sector?

With potential price rises on the horizon, the high CAPEX associated with steel floaters could slow growth in the floating
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Beridi Secures TRIWIND Patent in South Korea

TRIWIND's patent has been approved in South Korea, strengthening our global IP protection and empowering us to deliver industry-leading floating
Beridi's TRIWIND floater is shown in the sea in the background. Over this image, details of Diego Mateos' presentation at ENERMAR 2025 are shown.

Beridi Attends ENERMAR 2025

Beridi heads to Viana do Castelo, Portugal, for the 15th ENERMAR Technical Conference!