Solar and wind are increasingly outpacing nuclear power globally, with solar generation surpassing nuclear for the first time in 2025, according to WNISR 2026. The report highlights nuclear’s slow (…)
Improved battery tech helps nuclear just as much as it helps solar and wind, as you can design reactors to run peak efficiency at a specific output, allowing you to target a base load where during low demand hours nuclear, wind and solar as available charge batteries or energy storage devices and then during peak hours draw from that reserve without having to increase or decrease the load and allow a much more efficient consumption of fuel.
As for nuclear being expensive, that entirely comes down to the extremely flawed policy of no radiation exposure, which was put in a place when very little was known about exposure at all, let alone how many natural sources of similar radiation there is. If those policies were relaxed to much more realistic standards, the cost of nuclear would be competitive with solar.
Improved battery tech helps nuclear just as much as it helps solar and wind, as you can design reactors to run peak efficiency at a specific output, allowing you to target a base load where during low demand hours nuclear, wind and solar as available charge batteries or energy storage devices and then during peak hours draw from that reserve without having to increase or decrease the load and allow a much more efficient consumption of fuel.
As for nuclear being expensive, that entirely comes down to the extremely flawed policy of no radiation exposure, which was put in a place when very little was known about exposure at all, let alone how many natural sources of similar radiation there is. If those policies were relaxed to much more realistic standards, the cost of nuclear would be competitive with solar.