Both ROMEO and INNTERESTING directly address pitch bearings and gearboxes as critical components, consistent with the company's core product line.
LAU LAGUN BEARINGS SL
Spanish bearing manufacturer specializing in wind turbine pitch bearings, drivetrain components, and lifetime extension through advanced testing methods.
Their core work
LAU LAGUN BEARINGS SL is a Spanish industrial manufacturer specializing in bearings for wind energy applications, with particular expertise in pitch bearings and gearbox components for wind turbines. Based in Olaberria in the Basque Country — Spain's industrial heartland — the company brings hands-on manufacturing knowledge into European R&D consortia focused on improving the reliability and longevity of wind turbine drivetrains. Their H2020 participation reflects a clear business motivation: reducing the cost of operating and maintaining wind turbines by improving how critical rotating components are tested, monitored, and kept in service longer. They contribute practical industrial perspective and component-level expertise that purely research-focused partners cannot provide.
What they specialise in
INNTERESTING focused on innovative future-proof testing methods specifically for extending the service life of critical wind turbine components.
ROMEO targeted offshore wind O&M cost reduction using IoT tools and condition monitoring systems, where bearing health data is a core input.
ROMEO focused explicitly on reliable O&M decision tools for offshore wind, with lifetime cost reduction as the measurable outcome.
How they've shifted over time
Their earliest H2020 involvement (ROMEO, 2017) positioned them on the operational side of wind energy — contributing to IoT-enabled condition monitoring and O&M management platforms, likely as a component supplier wanting better field data on how bearings behave in offshore environments. By 2020, the focus shifted decisively toward the physical testing of components: INNTERESTING was about virtual and hybrid testing methods and lifetime extension for pitch bearings and gearboxes. This is a coherent progression — from "how do we monitor bearing health in the field" to "how do we validate bearing design and predict lifetime before deployment". The trend points toward becoming a technically credible partner in component qualification and certification processes.
They are moving deeper into component validation — virtual testing, hybrid testing, and lifetime prediction — which positions them well for future projects on wind turbine certification standards, digital twins of rotating components, or next-generation drivetrain design.
How they like to work
LAU LAGUN BEARINGS has participated in both projects as a consortium partner, never as coordinator — which is typical for industrial manufacturers who join R&D projects to validate technologies around their core products rather than to lead research agendas. With 27 unique partners across 9 countries over just two projects, they work in mid-to-large consortia and bring clear industrial anchoring to otherwise research-heavy teams. This profile makes them a reliable industrial partner for technology validation, not a research driver.
Over two projects, they have collaborated with 27 distinct partners across 9 countries, reflecting active participation in broad European wind energy consortia rather than a narrow bilateral partnership pattern. Their Basque Country location connects them naturally to Spain's strong wind industry cluster, but their network extends across Northern and Western Europe.
What sets them apart
LAU LAGUN BEARINGS brings something most R&D consortia in wind energy lack: a bearing manufacturer's perspective on how components actually perform, fail, and age in real operating conditions. While universities model component behavior and research institutes run test rigs, LAU LAGUN can anchor findings in production-scale manufacturing realities and real product requirements. For any consortium working on wind turbine drivetrain reliability, certification, or lifetime extension, they are the bridge between prototype testing and industrial-scale production.
Highlights from their portfolio
- INNTERESTINGThe larger of the two grants (€559,708) and the most technically specific — directly targeting pitch bearing and gearbox testing methods and lifetime extension, which maps precisely to the company's core product expertise.
- ROMEOA long-running project (2017–2022) addressing offshore wind O&M cost reduction, showing the company's early engagement with digital monitoring of the very components they manufacture.