2. The death/unit energy misses out the fact that we spend a lot more to keep nuclear safe because we are worried about it. If we spent a fraction of the same amount on other energy, we might get similar safety results.
Indeed, it also fails to mention hydroelectric. Nor is there any mention of how much it costs per TW/h, especially when you factor in the insane cost from just a single accident or the fact that the waste has to be safely and securely stored for a very long time.
Hydroelectric depends too much on orography. Not all countries have waterfalls, and if they have, they could be in inaccessible regions where it is very costly to build, let alone transport.
> 2. The death/unit energy misses out the fact that we spend a lot more to keep nuclear safe because we are worried about it. If we spent a fraction of the same amount on other energy, we might get similar safety results.
1. What about wind and solar?
2. The death/unit energy misses out the fact that we spend a lot more to keep nuclear safe because we are worried about it. If we spent a fraction of the same amount on other energy, we might get similar safety results.