ORE Catapult launches blade erosion project

Wednesday, 15 July, 2015 - 18:45
Blade erosion is costly for offshore wind farm owner/operators through lost power generation and revenue. (Photo: ORE Catapult)
Blade erosion is costly for offshore wind farm owner/operators through lost power generation and revenue. (Photo: ORE Catapult)

The Offshore Renewable Energy (ORE) Catapult is asking offshore wind industry leaders to join a £ 1 million project aimed at tackling turbine blade leading edge erosion, one of the key operations and maintenance challenges facing the offshore wind sector.

The innovation and research body is inviting expressions of interest from industry to be involved in the 18 month collaborative project consisting of six work packages: 

  • - A measurement campaign to quantify the impact of leading edge erosion on yield.
  • - Wind farm data analysis and tool development to inform operational decisions around blade leading edge repair and replacement.
  • - Offshore environment characterisation, where environmental data from operational wind farms will be combined with ocean and wind data to characterise site conditions that are related to leading edge erosion.
  • - Erosion damage measurement to improve inspection techniques and allow robust research and assessment of repair and protection solutions.
  • - Developing erosion test methods to generate repeatable, accurate and representative test methodologies that reflect realistic environmental conditions and erosion damage mechanisms.
  • - Repair and protection innovation challenges – utilising ORE Catapult’s expertise, testing facilities and market reach to support the development, testing and commercialisation of novel blade inspection, repair and protection solutions.

ORE Catapult will lead the project and will draw on specialists from academia and industry to ensure that it benefits from the leading expertise in the field.

Blade leading edge erosion is a problem both on- and offshore, but the erosion seems to be accelerated offshore due to harsher environmental conditions. Erosion affects the aerodynamic performance of the blade, which leads to reduced turbine efficiency, reliability and availability, as well as increased operations and maintenance activity with repairs in situ being difficult and expensive.

Andrew Macdonald, Senior Innovation Manager for ORE Catapult, said: “This joint industry project aims to drive down risks and costs through improved decision making on blade repair, improved leading edge protection and repair solutions and, ultimately, improved yield from less eroded blades. The programme will support the development of standards for erosion testing and the establishment of test facilities for the research and development of advanced leading edge protection solutions.”

To express an interest in participating in the BLEEP Joint Industry Project please contact Andrew Macdonald, Senior Innovation Manager, ORE Catapult, andrew.macdonald@ore.catapult.org.uk, Phone: +44 (0) 333 004 1339.

Katharina Garus / ORE

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