One answer could be to croudsource it. A mesh network of generative and storage nodes, like someone with solar and a home battery, but large enough to backfeed as needed. Perhaps on an hoa/neighborhood scale. If it could be incentivizes and achieved without undercutting the grid then it could eliminate the need for peaker plants
That's akin to our rates, im about 13c/kwh delivered. I use about 1.2 to 1.5 mwh per month (with natural gas furnace and wood stove), so 2.50$/kwh would make me shut my house off at the breaker and call it camping.
Good point, for aome reason i was thinking more off-grid than load balancing economics. The battery would probably help lower power by filling when power is cheap and supplying when the rates spike throughout the day
At 50 bucks a day it would pay for itself pretty quickly. Not sure what prices are by you but here you can get a brand new stove with auto-temp and a catalytic converter and everything installed for 10k to 12k, or get a decent used stove and have someone install it for 5k +-
Solar is quite poor in Northern winters. Wind + solar + heat would be a better bet, but the battery required to heat your house for more than a day with low winds would be prohibitively expensive unless you added geothermal to the mix like a geothermal heatpump which is also very expensive. Betweem the gear, battery, geothermal, all installed your probably in the 80k$ range or more. A wood stove would be the best bet
Good distinction. I imagine anyone typing into a google search bar with an android device nearby could have their keyboard mapped though, if Google ever wanted to do such a thing.
Motherfucker is 6'2 - 250 and looks like he can bench press a Vespa. Not sure what she was hoping for