WMC Laboratories started as "WMC-Group" at Delft University of Technology, where it performed full-scale testing on rotor blades for wind turbines since 1984 as part of the department of Civil Engineering. In 2003 the Group continued in Wieringerwerf under the name 'Knowledge Centre WMC'.
Since August 2018 we offer our services under the umbrella of LM Wind Power, providing the wind industry and other industries with mechanical testing of:
- Rotor Systems
- Full-scale Components
- Structures and Sub-components
In addition, we continue to develop the FOCUS6 integral wind turbine design software, to meet the dynamic needs of the global wind turbine design community.
Our test hall has a dedicated strong floor enabling testing of large structures such as rotor blades, subcomponents, hub/bearing assemblies, yawing mechanisms, nacelles and other structural components for wind turbines.
We design our own test set-ups using versatile testing and monitoring equipment, which can be configured to accommodate large and heavily loaded structures from civil engineering (bridges, lock doors), support structures, crane components, offshore equipment and more.
We are situated along the border of the IJsselmeer, which enables the offshore transport of large structures to the facility.
By bringing WMC Laboratories into the global network of LM Wind Power Technology Centers, we've enabled rotor hub testing for new GE turbines, while continuing to offer blade and other testing, digital tools, research and similar services to the wider wind industry in Netherlands and elsewhere.
Apart from a solid basis in the wind industry, we have ample experience in testing and validation of structures from the following fields:
- tidal turbines
- offshore oil & gas
- marine sector
- civil engineering
With our technology leadership and professionalism, customers approach us for all sorts of test solutions and wind turbine design tools. We understand the importance of customer focus starting with smart, cost-efficient solutions, not wasting time during the process and delivering excellent results that enable our customers to further develop their products.
We also understand the importance of confidentiality. Our processes comply with strict requirements to guarantee non-disclosure.
Full-scale blade tests
We offer a complete full-scale test program for wind turbine rotor blades in accordance with IEC 61400-23. We have been actively involved in the development of the standards for blade tests since 1984.
Structures and sub-components tests
We have extensive expertise and testing capacity for various sectors. Most of the software for the measurement and control systems is developed in-house, giving flexibility in carrying out very complex tests on all kinds of structures and components.
Each year, we perform thousands of tests on material coupons and small structures. We can perform standardized material qualification tests for material selection or design data. We are also able to advise on and execute purpose-built custom test programs, e.g., for developing and validating specialized fatigue life prediction models.
FOCUS6 is an integrated modular tool to design wind turbines and components like rotor blades. For nearly two decades FOCUS6 has been used by wind turbine OEMs, engineering companies for blade design, certification bodies, research institutes and universities. FOCUS6 integrates on- and offshore wind turbine design with blade and support structure design.
Global Technology Center Network
LM Wind Power offers top-notch wind turbine blade design, testing and validation capabilities across the globe, meeting our customers' needs in every region where they operate. Learn more about our expertise and services at each site.
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We know blades
We are blade specialists, and we know what it takes to build the most advanced, reliable and high-quality wind turbine blades in the industry.