IF
YOU KNOW HOW
TO
REWIRE A
RECEPTACLE
YOU
CAN
BUILD
THIS THING!
ORDER
THIS BOOK
50%
more efficient than an 'off the shelf'
charger will
outlast most inductive
chargers takes
about 1 hour to build (once you have the
parts)
The
Capacitive Battery Charger
tells you
everything you need to know to build and operate
the simplest, most versatile, efficient and
effective battery charger ever conceived, for
about $5!!
|
.
|
Wood
and wood-like bio-mass
is well
known as a fuel to heat and to provide power
using a thermodynamic system. For those
people who have access to inexpensive
burnable bio-mass, I present my thoughts on a
comprehensive home heating/cooling and power
production system. (see HEAT Technology, Book
3).
First
requirement:
is a heat sink, to store the heat which you
will be producing by burning eco-fuels. In a
practical system a heat sink is required
because you want to burn your fuel very hot
(fan forced air) for maximum efficiency. And
you want to then meter the stored heat out
only as you need it. The heat sink can be a
large tank of water or the like.
The heat sink
can also be a bit exotic like using eutectic
materials. Eutectic means 'heat absorbing'
and isn't really exotic. Wax is an example of
a eutectic material, as the wax changes from
a solid to a liquid it's temperature does not
change, yet it stores a lot of heat as
'latent heat of fusion'. As it turns back
into a solid, it gives off as much heat as it
absorbed, again at a constant
temperature.
Second:
you need
a burning container, to burn your fuel and
store the heat in the heat sink. I recommend
that you build a little house outside to
house the burner/heat sink. Then you won't be
tracking dirt, wood chips, bugs into the
house and you won't have smoke stains on the
walls and you won't be feeding your house
oxygen to the fire and you won't have drafts
as the fire sucks fresh cold air in from
outside to replace the air that went up the
chimney.
Third:
you need to be able to bring the heat into
the house. The world's best heating system
(in my opinion) is radient hot water, which
can be put right into the floor, ceiling or
walls; or added to a home with various types
of radiators.
This hot
water system is also the basis for heating
domestic hot water and for providing
refrigeration by using a salt/ammonia system
This hot water system is also the basis for
one of the designs of home power systems I've
developed. (H.E.A.T.
Technology Book 3 and Wise Cycle
Report.)
Another
way to create your own power is
to use a
steam system built into your main burner, so
you can produce power as you heat up your
heat sink and then store the power in
batteries till you need it.
For
information on how to build an inexpensive
battery bank by recovering used automotive
batteries, see Capacitive Battery
Charger
|
