Computers are just an example...just about all human-made entities have scale economies when you make larger numbers of them.
Consider also how the growth in load over time is handled...if you can add capacity in smaller increments, then you will at any time be paying for less unused excess capacity.
Computers are just an example...just about all human-made entities have scale economies when you make larger numbers of them.
Consider also how the growth in load over time is handled...if you can add capacity in smaller increments, then you will at any time be paying for less unused excess capacity.
Computers are just an example...just about all human-made entities have scale economies when you make larger numbers of them.
Consider also how the growth in load over time is handled...if you can add capacity in smaller increments, then you will at any time be paying for less unused excess capacity.
Not convinced. We can make serial manufacturing of larger reactors too. But of course yes ok smaller grids should take smaller reactors.