Japanese Company Has A Car That Runs On Water.

[titof50]

Hello...Hello...HHO is the demanding energy today, this energy is a must to have it, specially the gas industry is depending on the oil resource from the countries that have it, but some day it will be finish to extract from the earth of our globe, lets use a natural resources, HHO means the answer of the future resources. Lets make an acceptance of this energy. USA must accept the production of this type of car from Japan. Thank you.

Best Regards

Tito

[sirmikey1]

1 kilowatt will power a house, and so Japan
needs to market this to homeowners also.

Cal

[haithar]

1 kilowatt will power a house, and so Japan
needs to market this to homeowners also.

Cal

A hair-dryer needs 1kilowatt, not a house.

[4Tesla]

10kw is typical.. and 4kw small or very green house.

[mscoffman]

A house needs 25KW peak for only a brief period. Lets say 25KWH.
10KW peak supply is low. This is without an electric vehicle and without
heating considerations as that varies with climate and insulation.

But the average house needs only *1.5KW* continuous for
a total of about 1MWH per month. Look at your electric bill
if you don't believe this. Any unique continuous base load
would need to be added to this. (like a tropical aquarium or soming).

That means that 2 X GM-Volt-Car-Batteries = 32KWH could provide
the total peak storage required for an off grid house. A rational physical size.

So actually any device that can provide 1.5KW on a continuous basis
is enough to power your average home. Double that if your going to supply
an electric vehicle. Well within range IMHO of what people are discussing
around here.

If you don't have storage then you will need the whole 10->25KW and a very
fast energy slew rate. - Why make the design of things any harder then they
already are?

:S:MarkSCoffman