
Ever find yourself relaxing by a lake only to have a loud, obnoxiously high-powered boat zoom by, and all the beauty of the lake is dissipated when you think about how much nasty pollution that boat just inserted in the water? Makes you not even want to dip your toes in, let alone eat that freshly-caught fish.
The Dutch have created the Czeers MK1 – the first solar-powered speed boat – which will help bridge a friendship between the love of speed and the love of the environment.
We’ve seen solar-powered boats around here before, but nothing as zippy as this. Reaching speeds of 30 knots and producing far less noise and pollution than its peers, this boat is 33 feet long and is covered in 150 square feet photovoltaic cells.
It’s pricy (a measly $1.1 million), but if you are torn between wanting the wind through your hair and your eco-conscience, then this boat could be worth the extra dough. It is definitely a luxury boat, as the creators added top-of-the-line features like leather interior and touch-screen-based control systems. Okay, so these elements take quite a bit away from the eco-friendliness of it, but still, progress is progress. At least the solar-step has been made to get those conspicuous consumers on board. Now they can start working on better choices for construction materials.
And if you can’t afford this speed boat, there is always the solar-powered bicycle boat that you can pedal around the pond.
Via Uberreview, Engadget

written by stinkycheese, June 02, 2008
written by Andy, June 02, 2008
written by Space, June 02, 2008
That's clearly not enough solar panels to feed that motor. You'd need at least 10 times more panels.
There is something fishy here.
written by John thomas, June 02, 2008
JJ
http://www.FireMe.To/udi
written by B.Rock, June 02, 2008
written by Bob Fields, June 02, 2008
written by kc, June 02, 2008
written by Rob, June 02, 2008
written by jacob, June 03, 2008
written by Roger, April 20, 2009
I also have to second some of the scepticism mentioned above. 80 kW (107 hp) is about right for a 30 knot speedboat (i.e., a fairly slow one), but 150 sq. ft. (14 m^2) of solar panels can't possibly produce anything like that much. That's 5700 W/m^2, which is more than 4 times what you could get with 100% efficient conversion on a satellite outside the atmosphere.
Current in-lab record is 440 W/m^2 in ideal conditions, and a more realistic result is 190 W/m^2 in perfect weather (and woe betide if you are far from shore when a squall gathers: not a good time to have near zero available power!)
So to get 80 kW from PV cells that are actually available at present, even in perfect weather, you would need about 440 m^2 of cells, not 14 m^2.
Their numbers are so far off-base, I have to wonder if it's a scam.
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peddle v. , -dled , -dling , -dles . v.tr. To travel about selling (wares): peddling goods from door to door.
pedal v. ,1 : to ride a bicycle 2 : to use or work a pedal
Karsten