hydroelectricity

Both these products required huge amounts of electricity to make and Norway had lots of cheap hydroelectricity.

Nuclear, hydroelectricity and wind have pretty much the best deaths per MWH, solar happens to be worse than nuclear.

As another commenter pointed out, hydroelectricity can compensate for fluctuations in other types of renewable energy.

A civilization that depends on hydroelectricity, on the other hand, might favor a more mountainous terrain.

A common misconception is that hydroelectricity has the advantage over other renewables of requiring less land.

That and he obviously has some awesome neighbors who are hopefully able to get in on some of that sweet hydroelectricity.

British Columbia, where hydroelectricity is cheap and plentiful, has a two-tier structure like that.

Today, the majority of grid energy storage is done using pumped-storage hydroelectricity (PSH).

The surface area of Lake Mead is 640 square kilometers -- this much ecologically viable land was destroyed to make way for hydroelectricity.

Cheap hydroelectricity and process scaling have taken care of that however.

I'd compare this more with someone buying a large hydroelectricity project and just stopping production.

Pumped storage hydroelectricity is another, more established, method of storage.

Hydroelectricity is renewable, but is it really green?