Two apologies are in order 1) I disagree with a lot of your comment but don't really know how to proceed productively, and 2) for not providing any sources, as I've come to think of these things as common knowledge the past few years.
A link dump is never convincing, but in case you find my thinking so strange that you're intrigued how I got to where I am, here's some of the key bits of info:
1) Ramez Naam's summary of solar/storage costs (2020) -- He's a science fiction author, but has really brought together the best resources. Academic and industry energy models use old cost estimates for renewables and it gets them into huge problems. Naam's estimates have been far too conservative, but at least they've been less conservative than the pros' estimates: https://rameznaam.com/2020/05/14/solars-future-is-insanely-c...
2) Lazard's levelized cost of storage/energy (2020, comes out annually) -- best free estimates of costs, IMHO. (note that the LCOE doesn't take into account the price of dispatchability, but storage fixes that)
3) RMI's analysis of stranded natural gas plants (2019) -- a bit dated, but shocked people when it came out, and even most utility IRPs don't consider this possibility yet, which means utility customers are going to get bilked for billions of dollars https://rmi.org/a-bridge-backward-the-risky-economics-of-new...
4) RMI's analysis of low NG deployments and high storage, solar, and wind deployments in open markets (2020) -- a follow on to the prior year's analysis, documenting that the open market realizes that new natural gas will likely become a stranded asset. Regulated utilities generally bear no risk of competition, so only regulatory bodies can reign in the bad economic decisions of utilities that are still deploying natural gas. https://rmi.org/clean-energy-is-canceling-gas-plants/
5) The IEA's recently released global energy transition pathway to keep to 1.5C of warming (2021) -- The IEA has been hopelessly wrong about our energy path, and they are here too, IMHO, estimating absolutely ridiculous hydrogen production capacity by 2030 (3TW!), and far too low renewables and storage. But even the IEA is now plotting a pathway with a very quick transition away from any fossil fuel that doesn't have it's CO2 emissions captured https://arstechnica.com/tech-policy/2021/05/all-fossil-fuel-...