
A new construction at a test center in Østerild, Denmark has become the largest wind turbine in the world.
Well, that title depends on which criteria determine "largest." If rotor diameter is your rule, Siemens's latest, the SWT-6.0-154, has surpassed the previous holder, the second-generation Enercon E126, by over two dozen feet. While the E126 has approximately a 127-meter rotor diameter, Siemens's new offshore wind turbine boasts a 154-meter rotor diameter--and its immense 75-meter long blades combined with its 4-meter wide hub means a massive swept area of 18,600 square meters.
With a 6MW turbine, under the most optimal conditions, the new model will produce around 65 percent more electricity than earlier models from the company. This SWT-6.0-154 won't be a lonely giant for long; according to Gizmodo, Siemens plans to construct 300 more of these massive machines.

The massive blades for this new turbine are built as a single piece, without heavy fittings and connections, allowing a weight savings of 20 percent. This will likely be a greater benefit for offshore turbines like this, since enormously long single piece blades are hard to transport over land.
The size isn't simply for world-record showiness. The larger the wind turbine, the more energy produced, according to a study by Swiss and Dutch Scientists, accounting for both size and the improved technology over time. Constructing massive offshore wind farms makes scaling up easier and makes harnessing wind energy more cost effective. Since expensive underwater foundations are needed to support these turbines, having larger but fewer wind turbines will reduce production costs.
Image via Siemens
via: Wired.co.uk

written by Andrew, March 21, 2013
written by Rinkesh, April 01, 2013
written by Eco, April 03, 2013
I am impressed that they claim to get 65% more power than the previous version. Being single pieces, i imagine transporting is a little trickier haha.
written by Paul Turner, April 08, 2013
Seriously though, most aircraft are not permitted below 2000 feet above ground level except in airfield approaches anyway, and the turbines are not that tall (yet!) Any such hazard is reported on various navigational updates sent out to pilots, so there should not be a big problem.
written by Bryan Bell, April 12, 2013
written by Carl, April 13, 2013
written by Ron Shook, April 23, 2013
written by mustafa eraslan, May 27, 2013
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