WPs
The LIGHTWIND Project is driven by a series of innovative Work Packages (WPs)
The LIGHTWIND Project is driven by a series of innovative Work Packages (WPs) that are bringing to life a new era of offshore wind energy. Each WP is a building block that contributes to the project’s ultimate goal: transforming offshore wind turbines into lighter, more efficient, and more sustainable powerhouses. Here’s how we’re making it happen.
Steering the LIGHTWIND vision
To keep LIGHTWIND on track, strong coordination is essential. WP1 gathers all Project Management activities required to ensure smooth execution of the planning, anticipating any challenges or deviations, and coordinating among teams in various countries. In essence, WP1 is the backbone of the project.
Designing the future of turbines
The LIGHTWIND Project relies on a preliminary design of wind turbine generator based on the novel drive-train. WP2 has the objective of improving this design, achieving a greater level of detail. Aeroelastic simulation models will be used to perform a preliminary load assessment, using the results iteratively to improve the design. WP2 will feed its results into validation activities (WP3 & WP4), and in return it will use these testing results to make a refinement of the design.
Putting the pieces to the test
Here is where we assess and refine our simulated methodology. Our innovative wheel-rail system will undergo evaluation using a custom designed test bench, specifically developed to analyze rolling contact fatigue. These tests will provide relevant experimental data and insights into our design model and help advance in the technology readiness level.
Bringing it all together
WP4 integrates everything into a scaled prototype of the complete drive-train system where we will characterize the full system mechanical properties, including stiffness and deformation. The results will provide input for the full-scale drive-train design.
Unveiling the true value
How cost-effective, and environmentally friendly is LIGHTWIND compared to current wind turbine technology? WP5 will crunch the numbers to measure the impact of our innovations. By analyzing everything from production to maintenance costs, this WP reveals the financial and environmental rewards that LIGHTWIND brings to the table.
Sharing the LIGHTWIND story
WP6 ensures the LIGHTWIND project evaluates the environmental and economic viability of the proposed solution. This includes conducting a life cycle assessment and techno-economic analysis to measure sustainability and cost-effectiveness. Additionally, WP6 will draft a path to market and the next steps for transitioning the drive-train technology from research to real-world application.
Measuring the bigger impact
What good is innovation if no one knows about it? WP6 focuses on effective communication and dissemination of project results to policymakers, energy leaders, and the public. Through reports, videos, and presentations, we aim to highlight our contributions to the offshore industry by sharing LIGHTWIND progress and achievements. We invite you to follow us and subscribe!