Because it does not run at the same capacity 24/7. Sometimes it produces energy for 0 households and sometimes for 50,000. Total production in one year corresponds to the yearly consumption of 36,000 households.
So they could just as accurately say “…power 36,000 households” And then fill in anything afterwards. “for 1 year”, “for 5 years”, “for the life of the turbine”. Or just leave it at 36,000 households. The “1 year” is so meaninglessly superfluous it annoys me. I mean, everyone knows they don’t produce power 24/365. That fact is always one of the disingenuous anti-renewable energy talking points.
But it’s not superflouos? The number is apparently based on yearly average. Not on 5 year or over the total lifetime. And it does not produce only for 36,000 households but likely for many more. I don’t see why thin seems so meaningless to you or annoys you so much.
Because it does not run at the same capacity 24/7. Sometimes it produces energy for 0 households and sometimes for 50,000. Total production in one year corresponds to the yearly consumption of 36,000 households.
So they could just as accurately say “…power 36,000 households” And then fill in anything afterwards. “for 1 year”, “for 5 years”, “for the life of the turbine”. Or just leave it at 36,000 households. The “1 year” is so meaninglessly superfluous it annoys me. I mean, everyone knows they don’t produce power 24/365. That fact is always one of the disingenuous anti-renewable energy talking points.
But it’s not superflouos? The number is apparently based on yearly average. Not on 5 year or over the total lifetime. And it does not produce only for 36,000 households but likely for many more. I don’t see why thin seems so meaningless to you or annoys you so much.
Why would the 5 year average be different than a 1 year average?
How should I know? Maybe it contains downtime for maintenance or sth? Point is these numbers are based on yearly average so why write about 5 years?