Like wind power generators, solar cells lack storage capacity.
Not exact matches
Leaf -
like solar panels harvest the sun's rays, while their fluttering harnesses
wind power using a series of piezoelectric
generators on the underside of each leaf.
Everywhere you look, companies and
power generators like the Tennessee Valley Authority are announcing plans to shutter coal - fired plants and replace them with
wind, solar, and plants that use cleaner - burning natural gas.
While New England is starting to come to its senses (procuring and enhancing sustainable base load sources
like hydro and gas) we are also making some foolish choices (blowing over 2 BILLION DOLLARS on
wind projects that don't scratch the grid's surface, closing reliable
power plants with no reliable
generators available to replace them).
For example, ever since the 1990's Professor David Mills and Dr Mark Diesnedorf have been making statements
like: — solar
power is cost competitive with nuclear
power now as a baseload
generator, if the government would just give us some more money to demonstrate it —
wind power is cheaper than nuclear and because the
wind is always blowing somewhere
wind can provide baseload generation.
well, there wwere recent calculations, that pure basload
power generators also need significant grid extensions and balancing costs, not exactly
like wind and solar, but also not that much cheaper when a high penetration of the load in the grid exists.
But because backup
generators must repeatedly surge to full
power and back to standby, as
wind speed rises and falls, they operate inefficiently, use more fuel and emit more — much
like cars forced to stop repeatedly on freeways.
Requiring no gigantic «smart grid» sucking the efficiency
like a vampire — things that are inherent to these nasty
wind machines — Nuclear SMRs are going to allow us to meet all our CO2 reduction goals, without the canard of «nominal
power output» being accepted by the lost eco-sheep, and without the 100 % conventional, CO2 - generating backup
generators — which must be kept on idle at all times should the
wind die down, or a cloud pass over a solar cell — and which all of these
wind turbines require.