Federation is its own magical fuckup. Look at my comments for a recent example.

Show the rest of the chart. https://images.app.goo.gl/Dt1xAeP87Bjy6xxV6

Silly me I didn’t realize we were just going to install mountains every time we needed a battery. Unfortunately most of humanity lives on the coast unfortunately most of the coast is flat…

Furthermore we would still need to increase a renewable production by over 60% before we would be able to maintain base load and even need the pump storage but go on.

The number of people who told me that they were against nuclear and wanted to shut down nuclear plants yesterday but can’t comprehend that they will be replaced by coal fire… Inspired this meme. https://www.cnn.com/2023/04/15/europe/germany-nuclear-phase-out-climate-intl/index.html

The title of this post is sarcasm

You should search the term grid scale storage and get back to me with a viable solution.

https://www.energy.gov/ne/articles/nrc-certifies-first-us-small-modular-reactor-design#:~:text=The U.S. Nuclear Regulatory Commission,use in the United States. https://en.m.wikipedia.org/wiki/United_States_naval_reactors

If only we could use an assembly like process on a proven modular self contained reactor design to turn them out of a factory like clockwork. It’s almost like you don’t have to build an entire condensing tower if you already have one from a coal fired plant and it’s basically a direct engine swap. Does this gloss over a lot of complications Yes Yes it does is it a realistic solution Yes it is. You’re complaining that there isn’t an economy of scale will also stopping an economy of scale from existing…

All of the three candidates that I’m aware that are currently trying to get department of energy clearance for commercialization are pressurized water reactors…

I don’t even know how to argue with that viewpoint. Are they denying that we have small modular reactors what? It’s a technology that’s been employed since the '50s. I literally have a link at the top of the post.

I’m not certain what you mean by that but if you are asking how small they would be and where they would be placed the normal recommendation would be you would want a warehouse sized facility with an Olympic sized swimming pool to submerse a standard container sized reactor. You would probably house one to three reactors per facility. You would probably want an exclusion zone of 1 mi. Minimum. Depending on the model a single reactor would be able to power roughly 50,000 to 100,000 homes. Ideally you would build one of these 20 miles from a city. Plug in the SMRs and after 15 to 20 years unplug them and replace with newer models ship them off to a long-term storage facility and eventually process them for fuel once a we have functional thorium salt reactors at scale.

We could shut down every coal fired plant and replace the coal fired apparatus with a modern reactor and keep the current steam turbine facility in place. But tell me more about how keeping Cole burning and spewing radioactive nuclei into the atmosphere as preferable than hypothetical meltdown situations.

It is close but Nuke wins. Note I’m being pendantic. I think we should be building small modular reactors when farms and solar farms to compliment each other. https://ourworldindata.org/safest-sources-of-energy

Technically yes, people keep dieing on the windmills.

This is not me saying we need to build less solar or wind. We still need to build more and we also need small modular reactors to provide base load. If we had the battery capacity to store renewables at scale I would be for it however we do not.