Replying to Avatar Lyn Alden

Price often condenses information and provides clarity.

For a while, solar/wind proponents have operated with two simultaneous but generally conflicting narratives.

-One narrative is that solar/wind are more environmentally friendly and should be subsidized. To the extent that they don't grow sufficiently fast, it's because we're not doing enough to artificially boost their adoption.

-The other narrative is continually remind how cheap solar/wind have become. Proponents will post charts/studies showing that solar/wind are cheaper than other types of energy, and that it "just makes sense now". In practice, a lot of caveats are often excluded.

The thing is, price usually cuts through confusion on these types of matters. Especially price over a significant amount of time and space, rather than just price in a snapshot of time and locality.

If solar/wind are indeed cheaper than other energy sources, why aren't they being built in place of others? Why isn't it a no-brainer for any megacorp to just install terawatts of them all over? For example, the percentage growth of solar power in India over the past 5-10 years is impressive, but in terms of raw numbers, way more coal power was brought online during that period than solar. The answer is often that they're *not actually* cheaper in an all-inclusive sense. And if they're not cheaper, why is that? The answer is often because they're more materially intensive, less durable, and not as environmentally friendly as many proponents argue, either. That cost (panels, turbines, batteries, maintenance, decommissioning, and replacement) is going somewhere, and usually quite materially.

That's not to say that solar/wind don't have uses (they do), but their usage is often hamfisted into places where they're not the most economic choice, and where they are not the most economic choice, it's often because they're not necessarily the most environmental choice either.

Price is often ignored or fudged in analysis, but it really does provide a powerful signal in aggregate that's worth paying attention to.

Notably, Egypt has recurring summertime electricity shortages, and despite being literally in the Sahara desert has been unsuccessfully trying to substantially increase its solar energy production.

Solar power and storage is often not the super-cheap sustainable panacea that theory-crafters make it out to be.

https://worldsustainabilitycollective.com/why-has-egypts-solar-policy-failed/

https://www.economist.com/middle-east-and-africa/2022/09/01/why-egypts-plans-for-solar-power-are-left-in-the-shade

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Efficiency of the panel is also heavily affected by temperature. And sand or dust is also an important step

I doubt that less sunny places would produce more energy

There’s also the often overlooked issue of lack of inertia when a power grid is largely backed by sources like wind and Solar and how that lack can lead to black outs ala Spain. Kathryn Porters work on educating people on this is second to none. Highly recommend her channel….

https://youtu.be/FtWYuXRgNIs?feature=shared