It’s easy math but I know you all have the same question. A quick mashing of buttons shows these spin roughly 4,300 times per day (~4296.875 based on the available info). Or 3 times per minute.
Edit: At the tip, it’s traveling 37 m/s, or 83 mph.
It’s easy math but I know you all have the same question. A quick mashing of buttons shows these spin roughly 4,300 times per day (~4296.875 based on the available info). Or 3 times per minute.
Edit: At the tip, it’s traveling 37 m/s, or 83 mph.
37 m/s, or 83 mph.
That's 133 km/h! That's fast, imagine the pull on the rotor, and then combined with the pressure from the wind.
It's also funny the rotation is faster than the wind speed, because cutout is at 31 m/s.
I know that when sailing with old fashioned sail, you can also sail faster than the wind speed. Still it's a bit curious.
It's also impressive IMO that they can build it to last 30 years.
37 m/s, or 83 mph.
The Turbine is the Vestas V236-15.0 MW.
When the entire wind farm, all 64 turbines, is up and running, it will produce 960 megawatts
Wow that's a lot!!
The Rotor diameter is 236m!
https://www.vestas.com/en/energy-solutions/offshore-wind-turbines/V236-15MW
engineered for a lifespan of 30 years.
It's crazy how huge modern wind turbines are. The blades are so big they have to be built offshore!
it will produce 960 megawatts
It will? What if there's no wind? But still, that's quite a lot. If it averages at about 40% of maximum capacity, that's about a 400 MW power plant.
I'm really no expert, but i imagine they picked the location of wind farms specifically to maximise the time with useful wind. It seems kind of obvious. Their official site mentions average wind speed of 10,4 m/s at the He Dreiht location.
I am no expert either. But, as far as I know, the cut-off speed for wind farms is around 25 m/s. I assume that the maximum output is when wind speed is 25 m/s. 10,4 m/s is about 40 % of 25 m/s, which means that this power plant's average production is about 400 MW.
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