this is what i don't get. the normies know that in the hot weather months we get warnings to not use air conditioners or turn them down because the grid can't handle it. what about when everyone is charging their cars?? i've mentioned this a few times and people just look at me like a deer in the headlights. it's NOT rocket science for heaven sakes, people wake up.
The grid is designed for peak maximum demand. Combined industrial plus residential day time demand plus seasonal heating/cooling
But little thought is given to solar cells making demand on the larger grid more critical. With smaller grid size, critical cascading grid failures become less likely
this is what i don't get. the normies know that in the hot weather months we get warnings to not use air conditioners or turn them down because the grid can't handle it. what about when everyone is charging their cars?? i've mentioned this a few times and people just look at me like a deer in the headlights. it's NOT rocket science for heaven sakes, people wake up.
The grid is designed for peak maximum demand. Combined industrial plus residential day time demand plus seasonal heating/cooling
But little thought is given to solar cells making demand on the larger grid more critical. With smaller grid size, critical cascading grid failures become less likely
Municipal mass energy storage is a game changer