We should focus on extending our hydro power storage capacity instead.
There will be a referendum anyways, so I think it's unlikely the ban will actually be lifted.
We should focus on extending our hydro power storage capacity instead.
There will be a referendum anyways, so I think it's unlikely the ban will actually be lifted.
https://www.nuklearforum.ch/de/news/neues-kernkraftwerk-im-a...
Which nuclear inevitably does, both in the form of direct requests for money and by refusing to pay for adequate insurance to compensate everyone who will be damaged in the event of a meltdown externalizing the risks.
(I wouldn't assume the Swiss are there yet, but I've only visited a couple times for a few weeks. Their politics seemed healthier than I've seen elsewhere, fwiw.)
That's a very, very risky bet you're taking here. We know nuclear energy really well, and you're suggesting we ignore it for something that we will "figure out" later. Meanwhile the clock is ticking.
> We should focus on extending our hydro power storage capacity instead.
This is so limited that it's not at all an alternative, though.
Seems like wishful thinking. If anything with the current electrical trends there will be even more demand for energy in the future and unless some miracolous clean energy source is invented, nuclear (or fossil fuel) will need to be used
That's a helluva prediction.
Thorium reactors would be practically limitless in fuel supply, but we aren't getting them without seriously funded nuclear research. That is far less likely during a band on commercial stations.
The same reactors nuclear powers with decades of experience haven't deployed?
We will get two or three revolutions in solar power and battery technology before a single thorium reactor is viable. You could invest all the R&D budget of thorium reactors in perovskite panels and it would generate more MW per CHF invested.
You don't need only MW but MW at requested time