Textile blade sails against costs
Edinburgh outfit's design could increase energy output by 9.7%
Edinburgh-based ACT Blade has designed a textile blade for wind turbines that could increase energy production by 9.7% and reduce the levelised cost of energy by 8.7%.
The company, an offshoot of racing yacht sail specialist AMAR Azure, designed the blade as part of the Offshore Renewable Energy Catapult's Innovation Challenge.
ORE Catapult then led a study that identified the company's technology could be used to produce a textile blade up to 50% lighter and 30% stiffer than conventional fibreglass equivalents, said ACT Blade's Sabrina Malpede (pictured).
“I didn’t have knowledge of the renewable energy sector and needed to qualify my theory with sector experts,” she added.
“From these insights we were able to create the ACT Blade, the world’s first textile blade, capable of capturing more energy than a fibreglass blade by covering a larger swept area, significantly increasing annual production.”
ORE Catapult research and innovation project manager Vicky Coy said: “This is just one example of how technology can be adapted from one sector to create something genuinely ground breaking in another industry.
“There are very few innovations in any field that deliver such a dramatic performance improvement with one fell swoop. This is a tremendous opportunity not just for ACT Blade, but for the UK to establish a new textile blade supply chain for the global marketplace.”