I love this chart showing ~30% year on year growth of solar deployment. What, in your opinion, would most help to increase that rate? Source: https://en.wikipedia.org/wiki/Growth_of_photovoltaics …pic.twitter.com/aPFtVLlFHO
Searching for the numinous. Co-purveyor of https://quantum.country/
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I love this chart showing ~30% year on year growth of solar deployment. What, in your opinion, would most help to increase that rate? Source: https://en.wikipedia.org/wiki/Growth_of_photovoltaics …pic.twitter.com/aPFtVLlFHO
Lots of bad policies would (over-subsidizing it, for instance). But among helpful actions, I'd love to see vastly better batteries.
Great chart, BTW, sent me down the Wikipedia rabbithole! I wonder how the actual output scales along the chart?
It would have to match it pretty closely, because it's a logarithmic scale. Early plants get exponentially washed out, so don't matter. And more recent ones have to be used or there would be no follow-on investment. Recent data suggests solar is easier to price than wind.
California's solar is leading to a negative price reasonably often. And it doesn't work at night without large-scale batteries. The Gigafactory is producing tens of GWh of batteries (annualized), which is a rounding error on the scale of the world electricity grid.
TBC: I'm enthusiastic about solar. But the magnitude of the task is orders of magnitude beyond where we're at. Looks like we need battery production at least 100x (actually more) than the Gigafactory to make solar competitive with standard base load.
So this article claims Gigafactory is at 20 GWh annualized production. Typical worldwide electricity demand is, IIRC, tens of TW. So it means the entire Gigafactory output is good for a few seconds of grid-scale electricity.https://electrek.co/2018/08/02/tesla-gigafactory-1-battery-production-20-gwh/ …
The exciting thing about giga is that the cost of production is about 50% better than the next best option (IIRC), which is a jump of maybe 6 years of "business as usual". That's what I meant by one more gigafactory and the processes will be in place for cheap batteries.
Thanks for clarifying, I missed that point. Also made me realize I need to understand the right way(s) to calculate the amortized cost of solar + battery + disposal, to compare to standard base load.
Amusing: the Gigafactory cost $6 billion. So you could build a thousand for $6 trillion (hopefully less, with economies of scale). Which isn't ridiculous on the scale of the world energy industry...
Giga cost $6b because it's the first. I imagine that future expansions of the factory will be maybe 10% of that for each replication of production. No need to duplicate mistakes, of which there were plenty!
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