"The health burden of European CPP emission-induced PM2.5, estimated with the Global Exposure Mortality Model, amounts to at least 16 800 (CI95 14 800–18 700) excess deaths per year over the European domain"
https://www.researchgate.net/publication/349938542_Disease_b...
https://www.sciencedirect.com/science/article/pii/S016726812...
But only nuclear accidents get the media attention, because they are big and infreqeunt. Similar to deaths caused by aircraft crashes vs deaths caused by car crashes.
There is a certain threshold for radiation exposure where if exceeded the animal isn't deemed safe for consumption anymore. The vast majority of these cases are from boars in certain areas of Germany nowadays and affect less than 1% of all killed boars [1] [2].
[1]: https://www.deutschlandfunk.de/fast-3000-verstrahlte-wildsch...
[2]: https://www.wildtierschutz-deutschland.de/_files/ugd/173a38_...
Meanwhile coal kills millions each year (mostly the old and children).
And what are these predictable green alternatives? Only hydro is reliable and is heavily restricted by geo. We’d need massive breakthroughs in battery technology to make solar and wind reliable in most of the world (by population).
Look up historical weather patterns days with no sun and no wind, you need massive, massive amounts of energy storage.
A country can go from well functioning to disasterous shit show in 8 years.
> So nuclear plants, by and large, get the market price whenever they produce (which is most of the time) and this does not equal the average price as they will be producing a higher share of total production at times of low demand (and low prices), and a smaller share of total production at times of high demand (and high prices).
The assumption here is that the price is set by only demand rather than the combination of supply and demand. Under that false assumption, generating power when demand is lower (i.e. at night) is bad. But how much solar generation is there at night, and what does that change in supply do to prices if you make solar a higher percentage of the grid?
It does the oppose of this:
> whilst the capture price for solar is often higher than the average price (thanks to power demand generally being higher during the day)
Because solar generates only during the day, in order to supply power with solar at night, you would need it to oversupply power during the day and then pay extra for storage to resolve the undersupply it leaves at night. So once you have a certain amount of solar, you end up with lower prices during the day, when solar is generating a higher proportion of the power, and higher prices after sunset.
And solar is double screwed by this. Not only does it get the soon-to-be-lower daytime prices for all of its output rather than half, its output is further regionally correlated, so that on sunny days when its output is highest, even the daytime price is lower than it is on cloudy days, because higher or lower solar output is a cause of lower or higher prices, i.e. the daytime price anti-correlates with its output.