I seen it. Thank you for pointing that out.

Glass fiber and carbon fiber using for blade manufacturing.

Starts with land and ends with fill

they are crushed into materials for cement

Probably fibreglass or some other composite

Including the vehicles the weight of the Vestas transport is about 180 tonnes. The outside of the wings must be glass fiber. Vestas is primarily situated in Western Jutland, mostly in Lem. Found on Vestas homepage: "At Vestas’ factory in Nakskov, Denmark, specialists are developing the blades for the V236-15.0 MW™ prototype using the mold which was built at the factory in Lem, Denmark." The nacelles are made at the former Maersk shipyard 'Lindø', Northeast of Odense.

@@ninus17 Blades are build at the Westas blade faktory, located in Nakskov, Lolland iland, Denmark.

@@jensstergard9380 haha! Familiar place at Lemm. Damn.... when I was working at Vestas and Totalwind we did maintanance up to the brand new V90. And still some V 27/ 29. V39 lots of V47 and V52. Some V66, ( RCC and VCS ) ( 1.65 and 1.75) Some first V80. And V902MW

1 month

115 meters long

And this comment is why you're in charge of watching KZfaq videos showcasing the transportation of component for offshore wind generation units and not the actual transportation.

The blades are headed to the National Test Center for Large Windmills at Østerild abt. 20 km east of the port of Hanstholm, Denmark. That’s why you have 2 different manufacturers going the same way.

15Mw would vapourise 20 Teslas, not so good with the maths, Fajar?

@@jimwoods9551 each blade

250kW per car means 60, or about 180 per hour.

Load factor is much higher in Uk some turbines push up to 60 percent on the Shetland islands

Load factor for Vestas V236-15 MW is validated at 63.5% in nominal North Sea operation. Lifetime before overhaul is 30 years, as published in the life cycle assessment of the turbine.

Turbine manufacturer Vestas studied the carbon payback period for various turbines. This took into account extraction and manufacturing of raw materials, production of the turbines, their transport, erection, operation, maintenance, dismantling and disposal, and the same for their foundation and the transmission grid. The figure was between seven and nine months, depending on the type of turbine. Other analyses have come up with similar figures.

You are just a half-empty kind of person aren't you?!

blah blah blah i am a putin controlled puppet

Source?

You're right

Nah that's wrong.

Turbine manufacturer Vestas studied the carbon payback period for various turbines. This took into account extraction and manufacturing of raw materials, production of the turbines, their transport, erection, operation, maintenance, dismantling and disposal, and the same for their foundation and the transmission grid. The figure was between seven and nine months, depending on the type of turbine. Other analyses have come up with similar figures.

Thats a pretty stupid assumption, wind-industry would have been shut down years ago if this was the case

Why? Stewart watching a car from a bakery driving by: "And people still believe they can be fed with bread. ... what a joke"

@@srh2301 The wind doesn't blow 24/7/365.

You're right

Wind power is the most efficient technology to produce energy in a safe and environmentally sustainable manner, it is zero emissions, local, inexhaustible, competitive and it creates wealth and jobs. You're the joke.

@@PistonAvatarGuy So what? We also don't have an unlimited supply of oil, gas, coal, nuclear material, sunshine or water.

Except there's no plastic in wind turbines....

Like gas?

Wind power is the most efficient technology to produce energy in a safe and environmentally sustainable manner, it is zero emissions, local, inexhaustible, competitive and it creates wealth and jobs.

Yeah, I'm pretty sure that noone at Vestas has ever thought of that. They're, like, complete novices in this field.

Ooh yea... Powerful wind gusts.. Why didn't Vestas thought of this.. 🤔🙄

I think they do now,think they turned around and now trying to figure out something to do about wind problemos?

Looks like a blue whale with open mouth from certain perspectives?

Nope, when you own one, the money blows straight into your pocket

Uhh, jup. Bigger part of renewable energy asks for a bit better kind of machine.... This is for the prototype. Serveral sets of this blade has been already smashed in stress test factory. Thats why the blades of this energy mushroom now go to field test. And probably direct on the testfield certified for stress, endurance and most important real sound and background noise.

Wind Turbine*

around 115 meters

For 236 it’s approximately the half because when we talk about 236 it’s from one edge of the blade from the other edge

from Denmark-115,5 m long blades mill 256 m high can support 25.000 households, ppr year....😄💪Made in Denmark......

@@MM-zb1uj thanks

@@MM-zb1uj But not when the wind doesn’t blow.