Floating Wind Excellence

Your head start on the future of wind farms

Get support for your floating wind project from conceptualisation to lifetime monitoring

The Floating Wind Excellence team can support your project throughout the entire value chain. Relying upon a multidisciplinary approach, our consulting covers various aspects of floating wind excellence – from early-stage technological design and project conceptualisation, to operations, maintenance and performance modelling and monitoring, as well as market analysis and strategy.

Ilmas Bayati
Head of Floating Wind & Advanced Programs

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Specialist in floating wind concepts and start-ups, offshore wind O&M strategy, project management, investments and financing, innovation and R&D.

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Service Overview

  • Quantitative analysis of the performance of a floating wind design (seakeeping, motions, loads) through coupled aero-hydrodynamic simulations is conducted to support your project development in the selection of the floating wind concept, in the Integrated Load Analysis (ILA), and in the wider engineering decision-making process.
  • Quantitative analysis of workability and Health & Safety Key Performance Indicators of floating wind design for different sea conditions and repair activities, through simulations and operational database.
  • Quantitative analysis of vessel-floater accessibility through coupled multibody simulations. It allows to define detailed CTV-and SOV-floater accessibility envelope in different met-ocean conditions, support the O&M concept design, provide quantitative O&M inputs to the secondary steel/ boat-landing design, and support vessel design.
  • Assessment/ due diligence of new technologies for floating wind operations, e.g. add-on cranes, self-climbing cranes for onsite major component replacement, floating-to-floating technologies.
Floating Wind Technologies
  • Quantitative analysis of the performance of a floating wind design (seakeeping, motions, loads) through coupled aero-hydrodynamic simulations is conducted to support your project development in the selection of the floating wind concept, in the Integrated Load Analysis (ILA), and in the wider engineering decision-making process.
  • Quantitative analysis of workability and Health & Safety Key Performance Indicators of floating wind design for different sea conditions and repair activities, through simulations and operational database.
  • Quantitative analysis of vessel-floater accessibility through coupled multibody simulations. It allows to define detailed CTV-and SOV-floater accessibility envelope in different met-ocean conditions, support the O&M concept design, provide quantitative O&M inputs to the secondary steel/ boat-landing design, and support vessel design.
  • Assessment/ due diligence of new technologies for floating wind operations, e.g. add-on cranes, self-climbing cranes for onsite major component replacement, floating-to-floating technologies.
  • Support for floating project-specific: O&M Concept design and logistics
  • Business case analysis: OPEX and Availability assessment
  • Major Components Replacement: definition of the strategy (e.g. Tow-To-Port, Tow-To-Shore, Tow-To-Shallow/ Shelter, Onsite Repair), assessment of the technological solutions, advisory of process, responsibilities and commercial frameworks
  • Monitoring and Digital Twinning strategy: end-to-end service, from holistic/ optimal design of the sensors layout to availability of data, through EPC digitalisation package management and procurement management

Learn more with our insight articles...

Challenges and Opportunities of Major Maintenance for Floating Offshore Wind

Collaboration between WFO and PEAK Wind

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Onsite Major Component Replacement Technologies for Floating Offshore Wind: the Status of the Industry

Collaboration between WFO and PEAK Wind

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Discover Advanced Programs for Floating Wind Assets

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“It’s rewarding that every task is a challenging opportunity to solve real problems for our clients while working with and learning from leading industry professionals”
Luis BustamanteLead Floating Wind Consultant
Luis Bustamante
“It’s rewarding how every task is a challenging opportunity to solve real problems for our clients while working with and learning from leading industry professionals”
Luis BustamanteLead Floating Wind Consultant
Luis Bustamante

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Windipedia

Find the definitions of more than 180 technical, commercial, and financial abbreviations related to the renewables sector

MoU

Memorandum of Understanding
HV

High Voltage
OMB

O&M Base
GUS

Get Up Safe
VRE

Variable Renewable Energy
RPS

Renewable Portfolio Standards
see more related terms
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