4 ms·
You are completely wrong on your numbers, in France in 2018 nuclear has a capacity factor of 71% and wind of 21,1% https://bilan-electrique-2018.rte-france.com
by hokkos 7y ago
You are completely wrong on your numbers, in France in 2018 nuclear has a capacity factor of 71% and wind of 21,1%
https://bilan-electrique-2018.rte-france.com/eolien/ https://bilan-electrique-2018.rte-france.com/eolien/
Also there is currently no offshore wind park, as only offshore would approach the 50% capacity factor, but they won't, they will be in the 43% as estimated by renewables.ninja
Throttling nuclear power happens only a few days in the summer, once every few years, with only a few percent because it only impact a few reactor on some rivers for environmental norms, during the lowest electricity usage of the year.
- bildung 7y ago> in France in 2018 nuclear has a capacity factor of 71% Which is the same number I wrote?
- hokkos 7y agoThis is what I said, I was talking about the ludicrous 50% capacity factor for onshore wind.
- kragen 7y agoThere are a number of onshore wind farms that reach 50%, but a better average for onshore wind is 35%. But offshore wind can reach 60%, and so 50% is a reasonable overall average, depending on where you expect wind farms to be built in the future.
- hokkos 7y agoAnd the onshore wind in France is 21%, and that is a fact you can easily check on the internet with public numbers.
- bildung 7y agoWell I never said "onshore". Nevertheless, wikipedia has an example of an onshore wind farm with 60.2% in 2015: https://en.wikipedia.org/wiki/Capacity_factor#Wind_farm https://en.wikipedia.org/wiki/Capacity_factor#Wind_farm
- hokkos 7y agoThere is currently no offshore wind park in France. Maybe you mean to compare wind in France with world best wind, but this is what you wrote. "nuclears capacity factor in France (the country with a high nuclear buildout) is about 72%, while that of wind is about 50%"