This is a great article that uses real data to see how our grid world perform
with greater wind, solar and storage. It shows that we can easily achieve a 95%
renewable grid with a modest level of storage. What i really like about this, is
it has been running for 2 years now, and it is pragmatic about its aims (ie, not
100%), it aims for reality (this is real data that is collected weekly), and it
looks at the cost (in $$ and CO2-e). He sets some targets (60% Wind, 45% Solar +
storage), then works off of the actual data to scale the wind & solar
generation, to see how it would meet demand. excess is accumulated in storage
(theoretical battery storage and actual hydro), and shortfalls is taken from
storage. The really nice part shows where “other” is required, in Australia’s
case, existing fossil fueled peaker plants.
I often use his 1st year report to have the discussion with “non-believers” to
show what is possible, and where the gaps are to achieveing a renewable grid.
Have a read and let me know what you think.
E sembra che la soluzione allo storage offerta dal network peer2peer di batterie (il vehicle2grid) stia prendendo piede seriamente