← Back to context Comment by detourdog 3 days ago Hard to say. The spec sheet calls out 4 Amps for the 12 Volt system or 32 Watts for a single gallon. 4 comments detourdog Reply fhdkweig 3 days ago If it includes the time it takes to produce that gallon, there would be enough information to do the energy calculation. detourdog 3 days ago I guess it would be 48W/h as it makes about 1.5 gallons an hour. rtkwe 3 days ago Which to scale back up and complete the comparison to the state of the art in lab "batch reverse osmosis" systems I was originally talking about that's ~12.7 kWh/m3. 1 reply →
fhdkweig 3 days ago If it includes the time it takes to produce that gallon, there would be enough information to do the energy calculation. detourdog 3 days ago I guess it would be 48W/h as it makes about 1.5 gallons an hour. rtkwe 3 days ago Which to scale back up and complete the comparison to the state of the art in lab "batch reverse osmosis" systems I was originally talking about that's ~12.7 kWh/m3. 1 reply →
detourdog 3 days ago I guess it would be 48W/h as it makes about 1.5 gallons an hour. rtkwe 3 days ago Which to scale back up and complete the comparison to the state of the art in lab "batch reverse osmosis" systems I was originally talking about that's ~12.7 kWh/m3. 1 reply →
rtkwe 3 days ago Which to scale back up and complete the comparison to the state of the art in lab "batch reverse osmosis" systems I was originally talking about that's ~12.7 kWh/m3. 1 reply →
If it includes the time it takes to produce that gallon, there would be enough information to do the energy calculation.
I guess it would be 48W/h as it makes about 1.5 gallons an hour.
Which to scale back up and complete the comparison to the state of the art in lab "batch reverse osmosis" systems I was originally talking about that's ~12.7 kWh/m3.
1 reply →