Not exact matches
Gas - shift ERCs represent a credit,
on a pro-rata basis, to all NGCCs for the incremental generation needed to get all units generating to a 75
percent capacity factor, versus the 2012 baseline.
On average, the
capacity factor of solar ranges anywhere from 10 to just over 30
percent.
On the mainland, the
capacity factors range from 18.4
percent for Tennessee to 43.7
percent for Nebraska — the latter state is in the U.S. interior where the best wind speeds are located as can be seen by the map.
Though 216 gigawatts of renewable
capacity was
on - line in Europe through 2014, the output effectiveness was measured at only 38 gigawatts, yielding an effective
capacity factor of only 18
percent, which compares to 87
percent for natural gas - fired
capacity.
«A PV panel might have a 21
percent capacity factor,» Desmond went
on.
(EIA info
on US
capacity factors here; nuclear is highest, producing around 90
percent of the time, while solar PV is lowest, at around 20
percent.)
Despite the location of many turbines
on the windy North Sea, German wind turbines operated at a
capacity factor (actual output vs. rated output) of only 17
percent in 2012.