Industry
Wind Turbine Generator OEMs
8.2 +
Million hours of wind engineering
27 +
Years in the wind industry
7,000 +
Wind energy projects successfully executed
1,500 +
Operational procedures written

All areas of the wind sector are currently experiencing the effects of ‘The Race to Scale’ the industry wide effort to rapidly increase the production and deployment of wind energy technologies to meet the escalating global demand for clean energy.

Scaling up doesn’t just mean producing more; it also involves enhancing the efficiency, reliability, and sustainability of wind energy systems, which can be a significant challenge for OEMs and sub suppliers as it requires continuous innovation, advanced engineering, and optimized production processes.

 

Further fueling ‘The Race to Scale’ is the development of increasingly larger Wind Turbine Generators (WTGs). However, designing and manufacturing these behemothic turbines present their own set of technical and logistical challenges. Balancing the benefits of increased energy yield with the complexities of constructing, transporting, and installing these larger-than-life turbines is a delicate act that requires deep industry expertise and advanced engineering solutions.

 

Backed by our 25+ years of experience working with wind sector OEMs, we at DIS/CREADIS are well-versed in providing design and optimization support at various component and subsystem levels of next-gen WTGs. Our deep engineering experience, coupled with our ability to deliver turnkey solutions for WTG service, installation, logistics, and testing equipment, allows us to offer a strong foothold at the intersection of industry insight and forward-thinking technological expertise.

 

Our extensive expertise allows us to offer holistic engineering services, as well as Engineering, Procurement, and Construction Management (EPCm) and project management support, encompassing both facility and technology aspects. We partner with you at every stage, from the initial feasibility studies and technical due diligence, through the detailed processes of construction and commissioning. Our partnership extends into the operational phase, providing robust asset management and precision-tuned operations and maintenance services to ensure the smooth and efficient operation of your assets and facilities.

 

At DIS/CREADIS, we believe in the power of collaboration and work closely with our clients through a partnership approach, adopting a one-team model. This allows us to deeply understand your unique needs and objectives, resulting in tailored solutions that reduce time-to-market and decrease both capital and operational expenses. Let’s harness the potential of the wind together, creating a prosperous future.

Case

Siemens Gamesa
Dimensioning of lifting equipment reduces risk of equipment failure
Siemens Gamesa is a leading provider of wind power solutions, including wind turbines, services, and solutions. The company has a global presence and is committed to providing sustainable energy solutions to customers worldwide.

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Case

Vestas
Obsolescence management solution helps vestas update five wind turbine modules
Vestas is a leading global provider of sustainable energy solutions, designing, manufacturing, installing, and servicing wind turbines across the world. The company has a strong focus on sustainability and has installed over 160 GW of wind turbines in more than 80 countries.

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Case

Stiesdal
Groundbreaking floating wind turbine foundation designed to be cost effective, easily assembled, and scalable
Renewable energy is poised to take center stage around the globe with wind generated power as one of its main sources. Until recently, wind farm projects have been limited to locations that are either onshore or in the shallow waters of the North Sea, the Chinese coastlines, and Eastern coast of the United States. Stiesdal, Shell, RWE, and TEPCO have partnered on the TetraSpar Demonstration Project to solve this problem and allow for wind generating turbines (WTGs) to be floated in deeper waters around the world. The TetraSpar Demonstration Project is a floating wind turbine prototype that is operational at the Marine Energy Test Centre (METcentre) near Stavanger, Norway.

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The Market Spiral

The offshore wind industry stands at a crucial crossroads. Demand has never been higher, yet non-subsidized Original Equipment Manufacturers face formidable barriers—from soaring raw material costs and global supply chain disruptions to fierce competition from subsidized market players.

How we help

  1. We streamline our business and supply chain to reduce costs and complexity.

  2. We embrace innovation through standardization and modularization, delivering scalable, efficient designs that empower a sustainable future.

What we deliver

Wind turbine R&D

  1. Wind turbine generator design
  2. Nacelle Concept
  3. Direct Drive & Drivetrain
  4. Hub module
  5. Turbine Controls
  6. Power Plant Controls PPC
  7. Power systems integration
  8. Converter system
  9. Electrical system design
  10. Safety systems
  11. Loads & controls
  12. Onshore solutions
  13. Offshore solutions
  1. Blades
  2. Cost out redesign
  3. Modular architecture & structures
  4. Aerodynamics & protective systems
  5. Components & process engineering
  6. Materials & sustainability
  7. Lifecycle engineering
  8. Quality
  9. Tower design
  10. Structures
  11. Internals
  12. Electrical & automation
  13. Foundation connections and interfaces
  1. R&D Project management
  2. Project excellence & innovation
  3. Operational readiness
  4. Modelling & analytics
  5. Supplier qualification
  6. Component QA QC
  7. Turbine digitalization
  8. Condition monitoring systems
  9. Software platforms & connectivity
  10. Software development
  11. Hardware development
  12. Cybersecurity

Manufacturing – engineering and solutions

  1. Wind turbines
  2. Blades
  3. Mould tools
  4. Towers
  5. Lifting & handling tools
  1. Production equipment solutions
  2. Assembly systems
  3. Test equipment
  4. Robotics & automation
  5. Production optimizations

OEM service – engineering projects and support for global fleet

  1. Fault detection & root cause analysis
  2. Wind park analytics & optimisations
  3. Turbine performance & availability
  4. Major component replacement
  5. Repowering full/partial options
  6. Refurbishment, retrofit, re-engineering
  7. Lifetime extensions
  8. Tools design
  9. New system integrations
  10. Blade health assessments
  1. Technical documentation
  2. Loads & operability
  3. Power systems simulations & optimizations
  4. Turbine controls & SCADA
  5. Power Plant Controllers PPC
  6. Turbine Controllers
  7. Digitalization & data analytics
  8. Condition monitoring solutions
  9. Pitch & drivetrain health assessment
  10. Software and sensing to optimize asset performance
  1. Predictive maintenance
  2. Parts/Components management
  3. Parts repair
  4. Reliability & performance technology solutions
  5. Sourcing and supplier qualification
  6. Component QA QC
  7. 3D Scanning of turbines and modelling
  8. Service digitalization
  9. Service software solutions

How we can help

Services
Sustainability
We specialize in creating products with a reduced carbon footprint, implementing processes that minimize energy, water, and waste usage, and leveraging digitalization to optimize operations. Our focus on the ‘E’ in ESG ensures that we help you reduce your environmental footprint across the entire lifecycle of your products and processes.
Project management
Why many projects struggle or fail
Product development
Designing products requires an approach that prioritizes user-centric design, technical feasibility, innovation, and cost-efficiency. Ultimately, we want your product to be intuitive, technologically advanced, scalable, and delivered on time and within budget.
Machinery & Equipment
Our approach to machinery and equipment emphasizes automation, efficiency, effectiveness, and sustainability. We incorporate energy-efficient technologies and sustainable materials into our projects, aiming to reduce the environmental impact of your production processes.
Power systems design
We understand that when it comes to power systems, experience and technical proficiency are crucial.
Operations & Asset Management
We maximize asset value and technical availability through tailored, module-based advisory and consultancy services for high-performance maintenance.

Any questions?

Peter Witt Rosenberg
Business Developer, Renewable Energy
peter.rosenberg@creadis.com
+45 42 15 08 70

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