"The tap water started between 65 and 70 degrees F and boiled in an average of 1 minute 44 seconds, consuming an average of 39.3 watt hours."--from random website "https://www.plotwatt.com/2011/05/21/plotwatt-labs-boiling-four-cups-water/"
That was for 1 cups of water, or about .25 litre (250 ml).
.039 x 4 = .16 watt-hours to boil 1 ml.
.16 x 60 = 10 watt-minutes to boil 1 ml
so about 600 watt-seconds to boil 1 ml.
***or about 6 seconds at 100 watts.***
Did I do this math right?
Is it worth getting on a bike for even 6 seconds to boil something for sterilization? seems like no. better just store some
energy in the daytime.
It could be that capacitors--the less-destructive cousin of batteries--would come in handy here for micro-disinfectings.
Or we could just forget germ theory entirely. (The things we do for other people, man!)