First off, apparently gas pumps should have a flow rate around 8-10gpm. So 100 gallons is still only ten minutes of pumping.
But also... If you need 100 gallons to keep your house going for the week maybe, I don't know, try turning a couple (hundred) lights off or something for now?
Using 100 gallons over 7 days is 14.3 gallons per day. Assuming you can kill the generator while you're sleeping, figure 16 hours you have it running. So you're using 0.9 gallons per hour. Looking online, looks like for a gasoline generator ~6kWh/gallon is fairly typical.
So you're planning for, averaged out, a 5.5kWh draw continuously every hour you're awake.
If that's your typical power usage, you're looking at 5.51630.4 = 2,675kWh/mo, which at our electricity rates would cost me about $375 just in usage charges to buy from the grid (never mind the connection fees and stuff).
In reality we're using more like 4-6 gallons per day.
First off, apparently gas pumps should have a flow rate around 8-10gpm. So 100 gallons is still only ten minutes of pumping.
But also... If you need 100 gallons to keep your house going for the week maybe, I don't know, try turning a couple (hundred) lights off or something for now?
Using 100 gallons over 7 days is 14.3 gallons per day. Assuming you can kill the generator while you're sleeping, figure 16 hours you have it running. So you're using 0.9 gallons per hour. Looking online, looks like for a gasoline generator ~6kWh/gallon is fairly typical.
So you're planning for, averaged out, a 5.5kWh draw continuously every hour you're awake.
If that's your typical power usage, you're looking at 5.51630.4 = 2,675kWh/mo, which at our electricity rates would cost me about $375 just in usage charges to buy from the grid (never mind the connection fees and stuff).
In reality we're using more like 4-6 gallons per day.