PARTNER WITH OFFSHORE WIND TURBINE EXPERTS
Offshore wind is a fast-growing and competitive industry. What powers the projects that are providing energy to a rapidly growing consumer base? Knowledge, skills, and experience. At DIS/CREADIS, we have been helping clients achieve their onshore and offshore wind engineering goals for more than 20 years.
From electrical package design for wind turbine substations and offshore wind turbine control systems, to floating foundations and secondary steel structural design, our expertise drives projects toward their goals efficiently and effectively. As an engineering director, developer, owner, operator, OEM, or another stakeholder, your focus is on launching profitable projects and building a better future. Our solutions can help.
OFFSHORE WIND TURBINE ENGINEERING SERVICES
A wide range of services are essential to completing offshore wind engineering projects on time and within budget. This includes:
- Solution innovation
- Product development
- Obsolescence management
- Manufacturing & assembly support
- Custom equipment & machinery design
Our team leverages time-tested processes in working as an extension of your team across the many activities involved in an offshore wind engineering project—offshore wind turbine platform design, electrical design, navigation aid systems, sea fastening, transition pieces, cable arrays, system design/test/optimization, etc.
And before any work gets underway, we assist with offshore wind project feasibility assessments to help ensure that your concept adheres to industry standards and specifications.
OFFSHORE WIND ENGINEERING COMPETENCIES:
At DIS/CREADIS, our team includes some of the offshore wind engineering industry’s sharpest minds—engineers with PhDs in controls, structures, and deep practical experience in mechanics, electrical engineering and automation, hardware, software, industrial design, and project management. Each is an expert in their field, and the synergy within our team gives clients “700-in-1” access to offshore wind insights and innovation. Our many offshore wind engineering competencies include:
- Offshore wind power engineering
- Electrical engineering & power conversion
- Power electronics & automation solutions
- Embedded offshore wind turbine systems
- Offshore wind turbine control systems design
- Offshore wind mechanical and structural engineering
- Engineering digitalization (design tools, workflows, data management)
REAL-WORLD OFFSHORE WIND SUCCESS STORIES
DIS/CREADIS has collaborated with many clients to provide them with offshore wind (OSW) engineering expertise they need to complete projects related to wind turbine generator (WTG) packages, OSW arrays and transmission cable dimensioning, offshore substation (OSS) topsites engineering, floating foundations, OSW navigation aids, offshore drone inspection, and more. We can also serve as the certified verification agent (CVA) on OSW projects.
Learn more about us through these real-world offshore wind project success stories.
KNOWLEDGE & INSIGHTS
PAVING THE WAY FOR THE ADOPTION OF OFFSHORE WIND IN THE UNITED STATES
CREADIS believes in the value and future of floating offshore wind in the U.S. having witnessed firsthand the benefits of implementing offshore wind farms in several countries across the globe.
WIND POWER OPERATIONS & MAINTENANCE - FAST, AFFORDABLE AND EFFICIENT OPTIMIZATIONS
The economic downturn triggered by the pandemic and geopolitical conditions affected the entirety of the wind industry with unsettled supply chains and workforce as well as economic-driven energy reductions.
BLADE ACCESS PLATFORM
DIS/CREADIS designs unique solution for PP Techniq’s new Blade Access Platform ‘SQYFlex’.
ELECTRICAL DESIGN SOLUTIONS
CREADIS provided complete electrical design solutions for 113 offshore wind farm foundations for the energy company, Vattenfall
ASSET MANAGEMENT STRATEGY
Most operations and maintenance strategies in the wind turbine industry are based on undocumented decision making, which in most cases is too conservative.
LIFTING & TRANSPORT EQUIPMENT
Safety, ease-of-use, installation time, and reliability are all priorities when designing lifting and transport equipment for wind turbine components.
FAQ for owners and operators. Get the answers to the most commonly asked questions such as: What is the purpose of multi-brand documentation? How can multi-brand documentation increase efficiency, improve asset performance and enable knowledge sharing?