Edge Solutions, Ineos Styrolution armourEDGE shield protects against leading-edge erosion
Onshore and offshore operational wind farms’ interactions with a range of environmental factors often lead to blade damage. ArmourEDGE improves wind blade aerodynamics, durability and reduces downtime.
Photo Credit: Ineos Styrolution
Styrenics company Ineos Styrolution (Frankfurt, Germany) and Edge Solutions (Dundee, Scotland) an innovator dedicated to the optimization of wind energy generation, announce the development of armourEDGE to protect against leading-edge erosion on wind turbine blades. The shield solution is based on a customized version of Ineos Styrolution’s Luran SC material, which is comprised of blended acrylonitrile styrene acrylate (ASA) with polycarbonate (PC), making it inherently robust, stiff, strong, oxidation-stable and resistant to high heat.
Leading-edge erosion, common with large commercial wind turbine blades —and more so with offshore windfarms as installations increase — is caused by a variety of environmental factors including rain, hail, ice, salt and UV light. Such damage to the blade surface can lead to increased drag and ultimately to reduced energy production, Ineos says. It also drives operating cost up due to increased maintenance, regular blade replacement and downtime of the generator.
Ineos Styrolution says it specifically developed its Luran SC product based on specifications defined by Edge Solutions. The basis for the armourEDGE shield, it aids in reducing downtown and maintenance cost. It also results in an increase in annual energy production.
The armourEDGE system is currently being installed on an operational offshore wind farm in northern Europe.
Related Content
-
Hexagon Purus opens new U.S. facility to manufacture composite hydrogen tanks
CW attends the opening of Westminster, Maryland, site and shares the company’s history, vision and leading role in H2 storage systems.
-
Recycling end-of-life composite parts: New methods, markets
From infrastructure solutions to consumer products, Polish recycler Anmet and Netherlands-based researchers are developing new methods for repurposing wind turbine blades and other composite parts.
-
RTM, dry braided fabric enable faster, cost-effective manufacture for hydrokinetic turbine components
Switching from prepreg to RTM led to significant time and cost savings for the manufacture of fiberglass struts and complex carbon fiber composite foils that power ORPC’s RivGen systems.
.jpg;maxWidth=300;quality=90;format=webp)
