Just because old school power generation is often out of sight, it shouldn’t be out of mind
Just because old school power generation is often out of sight, it shouldn’t be out of mind
In addition, because silt will back up in reservoirs there are an increasing amount of old dams where removal makes more sense than spending more money on dredging and maintaining the dam; and with droughts becoming more common hydro is not as reliable for baseload anymore.
In a free market, this leads to attractive conditions for batteries, and that is where the problem of base load begins: there is a lack of real demand, and base load then remains unused because its OPEX cannot compete with wind and PV.
There's just one problem. There is virtually no free and fair market in the electricity market. Utilities lobby very successfully for highly regulated markets to protect their monopolies. Nuclear power requires massive government protection from competition, which makes it attractive to utilities.
https://www.infolink-group.com/spot-price/ https://wind.in-en.com/html/wind-2462559.shtml (chinese example)
BESS 5MWh 52 USD/kWh: https://www.metal.com/Battery-Cell-And-Module/202407100001
Yes, electricity is becoming very cheap in China, and it will be difficult for the West to keep up here. Exorbitant US tariffs are also counterproductive, as they only serve to secure monopoly profits for old utilities.
Everyone who has an electricity bill or pays taxes should be against new-build nuclear power because it is pretty much the most expensive way to produce electricity. You should instead lobby for wind, solar, and even closing coal power plants in favour of modern natural gas plants. All of those will cut more emissions, more quickly, per dollar spent.
I install solar on my rooftop because BESCOM is ripping me off, and net metering would occur help me get my bill to zero.
Today I walked by someone dropping off people from his diesel VW Passat B6. You could smell that thing from afar and it bothers me that it's still considered roadworthy.
I'm actually pro-nuclear power, but the cooling towers are a pretty significant eyesore and a non-trivial downside. But apparently some people hate the way wind turbines look while I think they're sleek and futuristic looking, so taste as ever is subjective.
Hundreds of millions of people do, and their health would improve if they didn’t.
<https://en.wikipedia.org/wiki/1975_Banqiao_Dam_failure>
<https://en.wikipedia.org/wiki/Dam_failure#List_of_major_dam_...>
And that's just the direct impacts from failure. Long-term environmental costs are real, if indirect.
I write this somewhat reluctantly as hydro is carbon-neutral,* and affords one of the better energy-storage options, as pumped hydro. Even allowing that dam failures tend to occur under regimes with significant organisational issues (low trust, low public concern, low levels of organisation, conflicted interests), dams have a pretty horrific track record for direct fatalities. Almost all those risks are mitigatable, and the underlying root cause (organisational dysfunction) would likely create similar risk patterns for other energy modalities. But we have a direct history to point to.
I've written on this topic a few times at HN should you or others be interested, I do hope my thoughts come across as nuanced, as they in fact are:
<https://hn.algolia.com/?dateRange=all&page=0&prefix=false&qu...>
Not individual sudden events which drown/murder massive numbers of people regardless of their general health status (except perhaps for their ability to run really fast and really far on no notice).
Those are referred to as ‘disasters’.
Dam failures are an entirely different department. Or just FEMA/military.
So are cholera and other diseases accompanying flooding.
And other factors associated with reservoirs: desertification and lake evaporation can lead to increased dust, common where water is diverted or impounded (Aral Sea, Lake Powell, Lake Mead). Disruption of silt flows has various impacts, more on the general environmental side.
Generally, if your concern is overall mortality risk rather than a specific disease/pollution mechanism, dams do not get a free pass.
Otherwise, literally everything is a ‘health issue’, including agriculture and commercial/residential zoning.
And notably, no one has actually provided any examples of where any of these are actually in major cities. Because it’s absurd, hah.
Are you?
I haven’t seen an active smokestack with actual smoke in a city in decades, dams are where mountains are - and usually require the opposite terrain for a city, and no one builds nuke plants in major cities. That would be silly.
There was a michael moore's documentary regarding climate change and I personally think that the best solution climate-wise speaking is probably nuclear but the whole world's sentiment is so regulated by lobby-ists which is why the cost of production of them and regulations shot up to an unreasonable amounts but the world was already transitioning to nuclear energies.
There are some new modular approaches to it which aren't as efficient but feel safer to the general public but nuclear is one of the most safest and compact sources of massive amounts of energy generation compared to solar and wind.
Nuclear Energy is cool.
Now am I right/wrong in saying this, let me know, I think I am right but I maybe wrong too, but its just that every expert I have seen on this topic really prefer's nuclear and my own "research" on this topic makes me feel the same really.
Somebody should write more clearly as to why nuclear is superior to solar and the others as a comment as I feel like I have written similar things atleast once more and maybe if there could be a nice website like why.nuclear or why-nuclear.net etc. which could give points of why nuclear is a superior form, it could be really great and I would love to hear more arguments both good and bad comparison with nuclear (primarily) and maybe comparing it with solar if somebody's an expert on this topic as I would love to hear an expert about it as well.