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So you have all the heat pumps going on full blast on the coldest days, all together. It's a huge spike in energy demand. As long as the grid can deliver it fin
by fwungy 3y ago
So you have all the heat pumps going on full blast on the coldest days, all together. It's a huge spike in energy demand. As long as the grid can deliver it fine, but when it doesn't the potential is catastrophic. Natural gas heating is far less grid dependent. Even if you lose power you could run a gas furnace with a small generator. Not the case with a heat pump.
Rationally speaking we can only turn the ship as fast as it can turn. Rushing and forcing things to happen that do not have a solid foundation (i.e. a suitable large and reliable grid) are just going to cause problems.
- mqus 3y ago> So you have all the heat pumps going on full blast on the coldest days, all together. It's a huge spike in energy demand. As long as the grid can deliver it fine, but when it doesn't the potential is catastrophic. Repalce heat pumps with gas furnaces and you have an equally true sentence, if "the grid" is the gas grid. Gas usage also spikes on those cold days. You know what people do to prevent this being an issue? Storage. Nothing you couldn't also do with electric power.