15 May 2006
15 May 2006
Knight & Carver’s Wind Blade Division has been honoured by the US Department of Energy for its $2.8 million shared cost research and development project that is planned lead to production of an innovative wind blade.
The company received the 2005 “Outstanding Research and Development Partnership Award” for “Outstanding Research and Development Partnership to Advance Wind Energy Technology” in partnership with the U.S. Department of Energy, the University of California at Davis and Sandia National Laboratory in Albuquerque, NM.
The Knight & Carver Adaptive Sweep Twist Blade project was launched one and one half years ago and is now in the final phases of research and development. When completed, Knight & Carver say that it will produce a longer-than-conventional blade that automatically twists during high wind to reduce loads on the machine thus producing a maximized amount of wind energy. Therefore, longer blades than normal can be safely used in regions regarded as lower-wind production areas.
Sized at 27.2 meters x 2.4 meters, the composite Adaptive Sweep Twist Blade is designed both for maximum efficiency at lower-speed wind conditions and also to automatically adjust to higher wind gusts when necessary. Production is expected to begin next year. “We are extremely honoured to receive this award,” said Gary Kanaby, Knight & Carver Wind Blade Division Manager, “because there are so many outstanding R&D teams in the wind sector these days. With so much progress being made so quickly in this industry, this truly is an exciting time for our company and our employees.”
2019 JEC Aerospace Innovation Award recognises herone and development partners Victrex and TU Dresden. Application on display at AIX in April.
With environmental awareness stimulating interest in sustainable materials, issues such as recyclability and environmental responsibility are becoming ever more important.
A high-performance moulding compound from Hexcel has been used to produce a carbon fibre-reinforced plastic (CFRP) transmission crossmember using a zero- waste process ideal for high-volume manufacture.