Systematic Evaluation and Analysis of BLADEs for a 2MW floating Tidal Energy Converter
- Start Date
3 October 2018
- End Date
31 December 2020
- Funding Body
- Project Partners
- Principle Investigators
Dr Jamie Goggins, NUI Galway
- Project Manager
- Research Areas
Tidal Energy, Renewable Energy
This project concerns testing of blades for a 2MW tidal turbine. ÉireComposites has identified the strong potential to reduce the cost of tidal turbine blades using epoxy powder and glass fibre and an innovative proprietary manufacturing technology with advantages for weight, performance, efficiency, reliability, maintenance and costs.
The key objective is to gather sufficient test data to validate a 20-year design life for the blades. This will result in more reliable blades that will lead to reduced maintenance and increased productivity and revenue. The project will, therefore, reduce the commercial risks associated with tidal energy.
Testing activities will include fatigue testing at coupon, breadboard, component and full-scale levels and operations trials of a full-scale blade. It constitutes the most extensive test program ever performed on a large tidal blade. As such, it concerns the call topics 1, 2 and 4 (Ocean energy devices, Components and subsystems and Materials and structures)
The company is delivering a set of these blades through the Horizon2020 FloTEC project (No. 691916). The SEABLADE project will advance the verifiable design life of such blades through a suite of tests and verification studies, both accelerating advancement of the Technology Readiness Level (TRL) and commercial readiness and informing decision making for future design iterations to reduce material costs, while also improving reliability and performance even further.
Follow the links below to read project related publications:
Jamie Goggins, NUI Galway.