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Wind Energy Engineering

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With over 25 years of experience in the wind energy industry, our team of skilled engineers and technicians possess an in-depth understanding of the technical, regulatory, and environmental complexities associated with wind energy projects.

 

Our extensive track record and proven methodologies ensure that our clients benefit from the highest standards of quality, safety, and performance.

 

 

✔ Get custom solutions that maximize efficiency, reliability, and return on investment.

 

✔ Adopt the latest technologies, materials, and design techniques to ensure that you remain at the forefront of innovation.

 

✔ Reduce your project costs while maximizing energy output and system reliability.

 

✔ Accelerate project timelines and reduce time-to-market.

Our services related to industry

See our services related to
Wind Loads, Performance & Operability
Wind Turbine Secondary Structures
Blades & Composites Engineering
Power Conversion & Auxiliary Systems
Environmental Control & Protection
Mechanical & Structural Components
Control Systems & Sensors
Navigation Aid Systems
Floating & Offshore Structures & Systems
Lifecycle Cost Out
Logistics, Installation & Service Equipment
Test Equipment
Custom Production Machinery: WTGs

Related cases

View all our cases
Wind: Offshore Developers & Operators
Case

VATTENFALL – ELECTRICAL AND MECHANICAL DESIGN SERVICES FOR 113 OFFSHORE WIND TURBINE FOUNDATIONS

Vattenfall is an energy company that focuses on electricity and heat production from various sources, such as wind, hydro, and nuclear power. It is one of the leading European energy companies, with operations in Germany, the Netherlands, and the UK, among other countries. Vattenfall has been building offshore wind farms in Denmark since 1991 when it became the first country to do so.
Wind: Offshore Developers & Operators
Case

VATTENFALL - ELECTRICAL PACKAGE CALCULATIONS AND DOCUMENTATION SERVICES HELP POWER VATTENFALL'S OFFSHORE WIND PROJECTS

Vattenfall is Denmark’s largest producer of onshore wind power and has won tenders for several large offshore wind farms, including the Near Shore Wind Farm and Kriegers Flak, which will be Denmark’s largest offshore wind farm to date. Vattenfall required knowledge and expertise on the electrical package for offshore wind turbines to successfully complete these projects.
Wind: OEMs & Subsuppliers
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.
Wind: OEMs & Subsuppliers
Case

SIEMENS GAMESA TEAMS UP WITH DIS/CREADIS TO DEVELOP COST-EFFECTIVE WTG COMPONENT TEST METHODS

Siemens Gamesa is a world-renowned company in the renewable energy sector. The company is a market leader in designing, developing, and manufacturing wind turbines globally. Siemens Gamesa is committed to innovation and sustainable development, which is evident in the company’s dedication to renewable energy. When Siemens Gamesa tests wind turbine components, it is usually done on a large scale, and several components are put together and tested, which is an expensive process.
Wind: OEMs & Subsuppliers
Case

SIEMENS GAMESA PARTNERS WITH ENGINEERING EXPERTS TO DEVELOP INNOVATIVE ADJUSTABLE LIGHT POLES FOR NEXT-GENERATION WIND TURBINES

Siemens Gamesa, a leading wind energy company, approached DIS/CREADIS with a challenge to develop adjustable light poles for their new generation of blades. The aviation warning lights had to be positioned higher to remain compliant with regulations due to an increase in blade length.

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