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The "cheap energy" metrics tend to look at the cost per kWh delivered when the intermittent generators are producing. I've seen the estimates on the cost of "s
by Syonyk 3y ago
The "cheap energy" metrics tend to look at the cost per kWh delivered when the intermittent generators are producing. I've seen the estimates on the cost of "solar/wind plus storage," and I remain somewhat pessimistic that those will actually be delivered, at those costs, in quantity.
The easy answer here is to simply use energy when it's available. I do this in my office. It's a bright, sunny day, and I have a bunch of extra compute rigs doing assorted BOINCy tasks at the moment, though sometimes they do video transcode or other things. When it's a dark winter day, I use a lot less energy.
And before getting too excited about the state of lithium energy storage, grab yourself a copy of Cobalt Red by Kara. It's an exceedingly disturbing read on the state of cobalt mining in DRC.
- maxerickson 3y agoFuel synthesis is a nice way to use lots of excess electricity. Easy to store, easy to transport, works with existing infrastructure. And then there are alternatives for in place battery storage. They just don't beat lithium-ion given the relative levels of development and current low cost of lithium-ion.
- r00fus 3y agoLithium storage doesn’t necessarily require Cobalt. LFP batteries don’t use Cobalt. Powerwalls don’t use LFP yet (they use NMC) but other battery vendors use LFP.