Consider a single offshore turbine in the Galloper wind farm is rated at 6 MW and this doesn't look so impressive.
> a dumb metal object
That's the thing. It isn't a dumb metal object. It requires generating gear, maintenance and protection from weather. Also consider the Ever Given is 1/4 mile long. These are big volumes you are talking about.
No matter how you look at it, wind is a tough candidate to beat when it comes to offshore power.
A rule of thumb in grid-scale projects is to allocate roughly 50% of your capital costs to _just maintenance_ over the lifetime of the thing you're deploying. Driving those costs down is really critical for affordable generation for any utility.
The fancier the installation, the more money needed by specialist humans to keep the thing running.
Offshore wind at scale is pretty affordable and less "fancy", relatively speaking.
Consider a single offshore turbine in the Galloper wind farm is rated at 6 MW and this doesn't look so impressive.
> a dumb metal object
That's the thing. It isn't a dumb metal object. It requires generating gear, maintenance and protection from weather. Also consider the Ever Given is 1/4 mile long. These are big volumes you are talking about.
No matter how you look at it, wind is a tough candidate to beat when it comes to offshore power.