Yes--a lot of wind was offline. But all of the expected wind capacity could have been met and the grid would have still needed to shed quite a bit of load. In fact, all of the expected wind, solar, coal, and nuclear could have been online and the grid would have still had to shed a meaningful amount.
The scale of the natural gas outages was larger than the entire load-shed, afaict.
Check figures 2.c on page 18 and 2.o on page 34 in UT's report on this (https://energy.utexas.edu/sites/default/files/UTAustin%20%28...) for a sense of the scope of how unexpected capacity outages break down.
Yes--a lot of wind was offline. But all of the expected wind capacity could have been met and the grid would have still needed to shed quite a bit of load. In fact, all of the expected wind, solar, coal, and nuclear could have been online and the grid would have still had to shed a meaningful amount.
The scale of the natural gas outages was larger than the entire load-shed, afaict.