Yay! These things are absolutely massive since they don’t need to fit under bridges. I wonder how many mega watts these ones are. The largest ones are like 16MW each.
whats the repercussions of this footprint wise? According to google a 2Mw turbine requires 0.006 km², so a 0.33Gwc of capacity per km². i wonder also how long does a windmill work per day, when averaged yearly …
Yay! These things are absolutely massive since they don’t need to fit under bridges. I wonder how many mega watts these ones are. The largest ones are like 16MW each.
According to their website 12 turbines generating a total of 132MW => 11MW each
So not the largest available but then again that’s likely better for cost
Still pretty amazing. Means each turbine alone will power around 10k homes.
Looks like about 2MW is average for on shore, so these are still massive! https://css.umich.edu/publications/factsheets/energy/wind-energy-factsheet
whats the repercussions of this footprint wise? According to google a 2Mw turbine requires 0.006 km², so a 0.33Gwc of capacity per km². i wonder also how long does a windmill work per day, when averaged yearly …
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