edison current
TRANSCRIPT
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EdisonsCurrent
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2Introduction
TableofContentsIntroduction..................................................................................................................................... 5
HowtoReduceEnergyConsumption................................................ Error!Bookmarknotdefined.StandByEnergyConsumptionCharts:.......................................... Error!Bookmarknotdefined.
GridSystems.................................................................................................................................... 7
PortablePowerSourceSystem................................................................................................... 8
GridIntertiePowerSourceSystem............................................................................................. 9
GridintertiePowerSystemWith BackupBattery.................................................................... 10
OffGridPowerSystem.............................................................................................................. 11
TheUnitsoftheSystem............................................................................................................ 12
ArrayDCDisconnect:............................................................................................................. 12
ChargeController:
.................................................................................................................
12
DeepCycleBattery:............................................................................................................... 12
SystemMeter:....................................................................................................................... 13
MainDCDisconnect:............................................................................................................. 13
Inverter:................................................................................................................................. 13
GasPoweredGenerator:....................................................................................................... 13
Grid:....................................................................................................................................... 14
Household:............................................................................................................................ 14
Legal:..................................................................................................................................... 14
ElectricGenerator......................................................................................................................... 16
NeededMaterial........................................................................................................................ 16
Equipment..................................................................................................................................... 19
Multimeter:........................................................................................................................... 19
LaserTachometer:................................................................................................................. 19
SolderingIron:....................................................................................................................... 20
Whereto
Get
This
Materials
From
............................................................................................
21
ComponentsoftheGenerator...................................................................................................... 23
TheCore.................................................................................................................................... 23
TheMagnets.............................................................................................................................. 24
TheRotor................................................................................................................................... 25
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3Introduction
TheBattery................................................................................................................................ 27
Assembly....................................................................................................................................... 30
Frame......................................................................................................................................... 30
AttachingMagnetstoWheel..................................................................................................... 31
TheCoil...................................................................................................................................... 33
FillingtheCore........................................................................................................................... 35
SolderingtheCircuit.................................................................................................................. 35
OperationInstructions.................................................................................................................. 37
TurningtheMotorOn............................................................................................................... 37
CharacterizingtheWindowofOperation................................................................................. 37
OneInput,FourOutput,RotateOne..................................................................................... 37
Gallery:......................................................................................................................................
39
MinimizingOurOilDependency................................................................................................... 40
FreeEnergyGeneratorsonaLargerScale.................................................................................... 43
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4Introduction
DISCLAIMERPlease take care when working on any of the projects
outlinedwithin this manual. By reading this manual you
agree to that you are responsible for your own actions.
Magniwork will not be held accountable for any loss or
injuries.
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5Introduction
IntroductionSince the world is gradually slipping into an energy
crisis, it is of utmost importance for us to reduce our
dependency on the sources of energy which are non
renewable.CleanRenewablesourcesofenergyare those
sourceswhichare recurring,meaningwhenyouproduce
energyyoudontexhaustanyresources.Severalexamples
of renewable energy are solar energy, hydro or water
energy,andwindenergy.
These sources of energy are freely available in our
environment, and areoften overlooked andunused.We
need to takeadvantageof these sourcesofenergy, thus
wewillmakeasteptowardsenergyindependence.
Solarenergy i.etheEnergy fromthesun isthemost
abundantenergy
available
on
our
planet.
We
should
take
advantageofthisenergy,byimplementingasystemwhich
usesthesolarenergytopowerourhomes.Wewillreduce
our power bills significantly and also contribute to a
greenerplanet.
WaterorHydroEnergy isa fairlyeffectivesourceof
clean renewable energy, and it is mostly produced on a
large scale,meaning a lotof investment and time isput
into building systems which will produce energy from
water.Thedownsideofhydroenergysources is that it is
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6Introduction
implausible foranaverageperson to implement it inhis
home.
Wind
Energy
Sources
have
existed
for
more
than
2000 years, they have been used for tasks such as
pumping water, grinding etc. as the world has been
industrialized, wind has become a common source for
generatingenergy.WindTurbinescanbeeasilymadeand
implementedeven in individual residences,whilehelping
relievethepowerbill,bypoweringthemoreconventional
powersources.
In this book you will also learn how to construct
another alternative source of energy, which has not
reachedthemainstreammediayet.
Andintheendthisguidewillshowyouhowtobuilda
solarair
heater,
and
solar
water
heater
for
your
home.
These two devices will significantly reduce your power
consumption,sinceyouspentmostenergyathomeforair
andwaterheating.
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7GridSystems
GridSystemsThe followinggrid systems representhowyouconnect
the external power supply to your house or grid. In the
diagrams we are refereeing to the energy source a bit
vaguelybecausethesamesystemthat ispresentedcould
beusedforvarietyofpowersources.Bypowersourceswe
meanSolarPanels,WindTurbines,andEnergyGenerators.
As forhowyouwillbuildyourSolarPanel,WindTurbine,
EnergyGenerator,AirHeater,WaterHeater,willgetto it
rightafterthis.
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Po
1
out
thi
inv
tableP
owerSou
This i
doorus
syste
rter.
werSo
rce;2Cha
the si
eoralt
you c
urceSy
rgeContr
plest
rnative
n run
tem
ller;3Ba
ystem
lyfory
pplianc
tery;4In
there i
urgara
es strai
erter;5
, it is
georsh
ght thr
GridSystems
ousehold
reat fo
ed.Wit
ugh th
8
r
h
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Gri
1
be
Th
pro
to
staha
can
sh
inf
Intert
owerSo
Thisis
inning.
keyfe
duced
hat is
t
turnipens,c
usefor
uld c
rmatio
ePowe
rce;2Arr
Househ
thesys
This sy
turea
yyour
used b
g
the
reditsw
period
nsult
conce
rSourc
yDCdisc
ld;6Kilo
temtha
tem is
outthi
olarsy
the h
electric
illbea
when
our E
ningn
Syste
onnect;3
attperh
tyouw
known
syste
temor
usehol
meter
dedto
oupro
lectricit
tbillin
Inverter;
ourmeter
illmost
as grid
is: if
windt
d, than
backwayourac
uceles
Prov
orn
CBrea
7Grid
likelyu
tied, or
oreele
rbinec
the sy
rds.
Wountw
selectri
ider f
tmeter
GridSystems
erpanel;
seinth
on gri
tricity i
mpare
tem wi
en
thahichyo
city.Yo
r mor
ing.
9
.
s
ll
t
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Gri
1P
ba
the
thi
usema
interti
werSou
tery;5Sy
pan
Thiss
key dif
one h
d
wheintenan
ePowe
ce;2Arra
temmet
l;9Kilow
stemg
ference
s back
its
g
etoth
System
DC
disco
r;6Main
ttperho
id istie
betwe
p batt
ing
to
solarp
With
nnect;3C
DCdiscon
rmeter;
djust li
n this
ry. The
be
clanels.
ackup
hargeCo
nect;7In
0Grid;1
kethe
ne and
batter
udy
or
attery
troller;4
erter;8
Househo
revious
the pr
backu
you
a
GridSystems
eepcycl
CBreaker
ld
onebu
vious i
will b
e
doin
10
t
:
g
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Off
1P
bat
ev
yopo
GridPo
werSou
ery;5Sys
This s
n 1% el
shoulergen
werSys
ce;2Arra
temmete
C
ystem i
ectricit
also
hrator.
tem
DCdisco
;6Main
Breaker
offgri
from
ve
a
b
nnect;3C
Cdiscon
anel;10
d, mea
power
ackup
hargeCo
ect;7Inv
ousehold
ning yo
compa
enerat
troller;4
erter;8G
u are n
ny. In t
r
such
GridSystems
eepcycl
nerator;
ot usin
is setu
as
a
ga
11
g
p
s
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Th
Arr
so
an
sys
Ch
na
bat
the
ord
ov
will
De
in
full
aff
get
or
Units
ayDCD
DC
Dioucan
easier.
emwo
rgeCo
The
ce impl
tery fr
batter
er t
rchargi
interru
pCycle
This is
our sy
scale
rdabr
onthe
orklift.
ftheS
isconne
connecshutof
Therea
ldbe
troller:
harge
es is us
m ov
bank i
pro
g the
ptthe
c
Batter
theba
tem on
enerat
ndne
cheapf
stem
ct:
is
usethesys
sonfor
ainlym
ontrolled to p
rchargi
s fully
tect
charge
arging
:
teryyo
ce you
r. If yo
batter
romol
in
the
emmu
shuttin
intena
r
as
trotect t
g. Wh
harged
it fr
controll
process.
uwillu
build t
u cann
,you
c
golfca
system,chsafe
offth
ce.
he
he
en
in
m
ler
e
e
t
n
rt
GridSystems
12
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Sys
Th
ho
ho
Ma
dis
em
Inv
dir
or
mo
Ga
off
Po
sit
sys
tim
temMe
syste
much
full
yo
inDCD
The
onnecti
ergency
rter:
The I
ct curr
AC. Thi
stappli
Power
Ifyou
grid sy
ered
ations
em fo
eyouw
ter:
meter
power
urbatte
sconne
ain
ng the
situatio
verter i
nt int
s conv
ncesin
dGen
are im
tem, y
enerat
henyo
maint
illuset
is use
is bei
rybank
t:
C disc
Inverte
ns.
s used
altern
rsion i
thehou
rator:
lementi
u sho
or. Th
uwill
s
nance,
isgene
to m
g use
is.
onnect
r for m
o inve
ting cu
need
seuse
ngcom
ld hav
re wil
utdow
during
ator.
nitor
and
is us
aintena
t the
rrent
since
C.
plete
Gas
l be
nthe
that
d for
nce or
GridSystems
13
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AC
all
wit
is
gar
Gri
co
Off
po
Ho
ho
ev
Leg
sta
AC
bo
Breake
The
Ahe ele
hyour
sually
age,or
:
The
es fro
Gridre
ersup
sehold
When
sehold,
rything
al:
Be a
dards
panel.
byyou
Panel:
C
Breaktrical
owerp
found i
utside
ain po
the p
erstha
lycom
:
we ref
weme
thatisc
are e
orconn
lso in
self,un
er
paniring is
rovider.
n a ut
hebuil
er line
wer co
youar
any.
rred i
ntthe
onnect
ch sta
ecting
ost co
lessyou
l
is
whconnec
Thispa
ility ro
ing.
that co
mpany
eenerg
the p
ouseh
dtoth
e and
lternati
untries
arequ
re
ed
nel
m,
mes to
is calle
y indep
evious
ldload
breake
countr
veener
it is ille
lifiedel
your h
Grid.
ndent
diagram
.Thisc
rpanel.
y has
gysour
gal to
ectricia
GridSystems
use tha
he ter
romth
s to th
nsists
differen
etoth
pen thi
.
14
t
f
t
s
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15GridSystems
We recommend thatyoucontactyourpowersupply
companyconcerningthisissueanddonottakemattersin
toyourownhandsbeforeyoudothat.
If you do not want to connect your system to the
breaker panel, you can run appliances just from the
inverterwhichismucheasierandcheaperoption.
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El
like
Ne
Thi
ctric
Firstc
soyou
ded
isalist
Alligat Quanti MoreI12isr Cost:$
2N305 Quanti MoreItransisCost:
$
1N400 Quanti MoreISwitch Cost:$
enera
heckth
getthei
aterial
fallthe
rClips
ty:Minx
fo:Wir
ecomme
10.00
5Transi
ty:x1
fo:An
or
3.00
1Diode
ty:x1
fo:Silic
ng
Diod0.40
or
gallery
deawh
neededc
4
snumb
nded.
tor
PNtype
neFast
transist
tosee
twear
ompone
r20and
or
owth
ebuildi
ntsand
above,
Elect
genera
ng(pag
aterial:
ating5a
icGenerator
torlook
47).
mp,atl
16
s
ast
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1N400 Quanti MoreISwitch Cost:$
680o Quanti MoreIwattb
1/2
w Cost:$
1kiloPotent Quanti MoreIwattagtracks Cost:Neon
Quanti MoreIended. Cost:
7Diode
ty:x1
fo:Silic
ngDiod
0.40
mresist
ty:x1
fo:Atl
twere
tt.
0.40
hmline
iometer
ty:x1
fo:The
ethe
be
ouldbe
ulbpot
ty:x1
fo:NE2
neFast
transist
r
ast1/4
ommen
r
highert
ter.Car
fine.
ntiomet
type w
or
e
on
er
re
Elect icGenerator
17
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250g(Ename
22SW
Coppe Quanti MoreI Cost:250g(
Ename
26SW
Coppe Quanti MoreI Cost:2mete
Wire
Quanti MoreItohoo Cost:
.551lbs
lCoated
(AWG
Wire
ty:x1
fo:Mag
12.90
.551lbs
lCoated
(AWG
Wire
ty:x1
fo:Mag
12.90
rsofHig
ty:x1
fo:Itwi
upthe
12.90
)
21)
netWir
)
5)
netWir
Curren
llbeuse
atteries
Elect
icGenerator
18
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Eq
Mu
sh
DC
me
rec
Am
or
me
as
Las
thenec
but
wh
sin
acc
ipme
ltimete
Digitaluldnot
in the
asuring
mmen
pMete
more.
er to
ellyou
erTach
A las
rpm
ofessary
you w
n you
e you
uratere
t
:multimthatw
SSG s
the a
ed to
,which
ou
wileasure
rbatter
meter:
r tach
your
tool fr
ill be g
are fine
will ne
cordof
eteris
eareu
when
ps, it
use an
goesu
l
also
your in
voltag
ometer
otor.
Tm the
lad you
tuning
d it t
yourm
kbut
ingpul
you a
is high
nalog
to1am
eed
tutam
s.
measu
is
is
nbeginni
have
the m
make
torspe
e
e
e
ly
e
p
e
s
res
t
a
ng,
ne
tor
an
formance.
Equipment
19
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Sol
Sol
to
circ
the
sol
are
cor
eringI
ering i
solder
uit
will
conn
ered, t
sure
rectly,y
on:on will
he circ
still
o
ections
hough
it is
oushou
be use
uit. Th
erate
i
aren
nce yo
wire
ldsolde
f
ralltheconnec ions.
Equipment
20
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21Equipment
WheretoGetThisMaterialsFromIfyouarebasedinUKorEuropewerecommendthe
followingwebsites:
LeadAcidBatteries:http://shop.eurobatteries.com
Components:http://www.maplin.co.uk/
http://www.radioshack.com/
Magnets:http://emagnetsuk.com/
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22Equipment
IfyouarebasedinUSAorCanadawerecommendthe
followingwebsites:
Components:http://www.allelectronics.com/
http://www.radioshack.com/
Magnets:http://www.magnets4less.com/
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23ComponentsoftheGenerator
ComponentsoftheGeneratorTheCore
Thecurtail
part
for
this
project
is
the
core.
You
can
use iron filingsmixedwith glue,which isoneoption for
satisfactory results or alternatively welding rods. When
you are scaling up this project we recommend using
welding rods for better results, butjust to get used to
whatyouarebuildingforthefirsttimefeelfreetouseiron
filingsmixed
with
glue.
Furthermore each of the rods must be electrically
insulatedfromeachother.Youcaneitherlettherodsrust
forawhile,oryoucancoat themwith thick layerofnail
varnish.
On
the
other
hand
you
should
not
use
solid.
Since
the
keymechanism for theoperationof thegenerator is the
fastswitchingofthemagnetic fieldand ifyouuseasolid
mass for your core it ismore than likely to create eddy
currents thatdisruptandprolong thedegradationof the
magnetic field. Steel bolts are very bad idea also, since
theyretaintheirmagnetismfromthegetgo,itsthesame
principleaspapercliponamagnet,youhavemost likely
noticedthatafterawhilethepaperclipcanattractother
paperclips.
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24ComponentsoftheGenerator
TheMagnetsThefirstthingyoushouldknowaboutthemagnetsis
what not to use, which is Neodymium or Rare Earth
Magnets.The
problem
with
such
strong
magnets
is,
after
a
while no matter what material is used for the core, the
core itself will be magnetized because of the prolonged
exposuretothosemagnets.
Because of the issues stated above, you shoulduse
Ceramic
magnets.
Since
for
your
first
project
you
will
build
a small replica, you should use small magnets or more
specifically:20mmx10mmx5mmceramicmagnets.Foryoursecondprojectwhichwillbetherealsizereplicayou
will use larger magnets with dimensions approximately
50mmx25mmx10mm.Theremightbesituationswherethe
magnet
is
too
weak
even
if
it
is
as
described
above,
if
thatsthecaseyoucanalwaysdoublestackthem.
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25ComponentsoftheGenerator
TheRotorFor the final model you will use an aluminum bike
wheel,butaswiththecoreyoushouldnotusesteel,you
shouldbe
able
to
fit
about
24
magnets
to
astandard
bike
wheelandatthesametimeachievespeedsofabout200
300rpm.
Butforyoufirstproject,thescaleddownreplica,you
should do just fine with discarded hard drives. With a
discarded
hard
drive
you
should
fit
about
6
magnets
and
achievespeedofaround1500 2000rpm.
No doubt some of you will have hard time finding
discardedharddiskdrives,anotheroption isa tapehead
salvagedfromanoldVCR. Itwillworkjust fine,sincethe
bearing is very smooth and its easily mountable on
anothersurface.
With
it
you
will
be
able
to
achieve
speed
ofaround2500rpmandhigher,aswiththeHardDiskDrive
youwilluse6magnets.
Ifyouwant,orcantfindthepreviousparts,youcan
godowneven smaller,you canuse rollerskateor roller
blade wheel. You should be able to attach about 4
magnets on it, since the bearing here is very good you
shouldbeabletoreachrpm`sfrom3000to4000.
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26ComponentsoftheGenerator
All the speeds previously stated are approximations
and may differ, dont force your motor to get to those
speeds.
Tolerance(For24BicycleRim)Asstatedearlier itdoesn'thavetobebicyclewheel,
anynonmagneticrotatingwheelofsimilarsizeandweight
shouldwork.Theseplansare fora24inch rim. Ifyougo
smaller or large than this, you will need to adjust the
numberof
magnets
accordingly
so
that
the
spacing
is
approximately the same distance as on the 24inch
specified plans. You might want to source your wheel
before purchasing magnets so you know how many
magnets to get. Also, if you want to have your shaft
comingfromthewheeltoconveythetorqueofthewheel,
youwill
need
to
configure
an
alternative
bearing
system.
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27ComponentsoftheGenerator
TheBatteryThebatteriesarethemostexpensivecomponentsof
thisproject.For thesmallmotoryoucanuse1.3ah (amp
hour)12volt
Lead
Acid
Batteries,
though
we
recommend
yougetatleast7ahbatteries.
Themaintrickwiththebatteriesisforthemtobebig
enoughsothatthemotorwillrunattheC20Rate,whichis
theAmpHourratingofthebatterydividedby20.TheAh
of
the
battery
is
the
amount
of
amps
the
battery
can
supply for one hour. If the battery supplies a very high
current,thenitwilldegrademorequickly.Thisisthemain
reasonwhyweusetheC20Rate.
Inotherwords if youmotor is runningon a300ma
youwillneedtouseabatterythat isat least6amphours
(0.3x20
=6).
In
adifferent
situation
if
your
battery
is
rated
at7AmpHours,you shouldntdischarge thebatterywith
morethan350ma(7/20=350).
1.3ah12vLeadAcidBatterycancostaround12/18/$24
7ah12vLeadAcidBatterycancostaround15/22/$30
24ah12vLeadAcidBatterycancostaround40/60/$80
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28ComponentsoftheGenerator
Quantity:Atthebeginningyouwillneedatleasttwobatteries:
one
for
input,
and
one
for
receiving
charge.
It
is
recommended that an identical battery to the input
batteryisused.Thereasonforthisistotestthedischarge
parametersofabattery independentof thecircuitunder
the same discharge parameters being put to the input
battery for characterization. Additional batteries of the
samevoltageand impedancecanbeaddedtotheoutput
inparallellater.
Tolerance:Youmightunderstoodalreadythatthevoltageofthe
batteries is not crucial, and can be somewhere in the
rangeof6to24volts forthisparticularmotor.However,
theinputandoutputbatteriesneedtobematchedintheir
voltage and impedance. There can be more than one
battery on the receiving end, connected inparallel,of a
matchedvoltageand impedanceofthe inputbattery.For
yourfirstreplication,youwillwanttousenewbatteriesso
that bad batteries will not be possible reasons for
malfunctionof
the
circuit.
Not
all
rechargeable
batteries
are suitable for receiving charge from this setup. Lead
acid recommended. For more information concerning
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29ComponentsoftheGenerator
what type of batteries you need follow the formula
presentedearlier.
BatteryCare:
It will be important for you to know your batteries
optimaloperatingparametersformtheirmanufactureror
othercompetentratingservicesothatyoudonotdamage
thembychargingordischargingtoofastortoohigh/low.
As long as you are using this circuit to charge your
batteries,you
will
not
need
to
worry
about
speed
or
level
of charging. But if you use another apparatus to charge
your battery, you will need to know your batteries'
charging parameters. If your input and output batteries
arematched in voltage rating and impedance the circuit
inherentlybalancesthechargingratetoalevelthatisnot
onlysafe
but
even
beneficial
to
the
receiving
battery.
Overchargeisnotnearlytheconcernwiththiscircuitasit
is with other chargers. Batteries actually perform better
under frequentusewiththiscircuit,than ifyou leta few
dayspassbetweenuses.
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30Assembly
AssemblyFrame
Sincethe
24
wheel
will
spin,
the
stand
needs
to
have
stabilityfrontback,leftright.Ontheotherhandtherotor
shouldnt have much resistance in its turning, also this
needtobemadeofnonmagneticmaterial.
Youshouldplanbeforehandfora1/8inchgaporless
betweenthecoilspoolandthewheelmagnetsgluedand
taped.We
cannot
stress
this
enough
but
it
is
very
important for this project to work, the frame materials
shouldbenonmagnetic.
Another important design specification you should
have in mind while construction the stand is, you may
want to be able to increase or decrease the distance
between the wheel and the spool, for fine tuning. The
direction of the rotation does not need to be
perpendiculartothecoil,butitcanbe90degreesaswell.
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31Assembly
AttachingMagnetstoWheelFirstyouneedtouseacompasstodetermine"N"the
northend
of
your
magnets.
The
Earth's
North
Pole
is
magnetically south, so the "north" end of your compass
willbeattractedtothe"south"endofyourmagnet.North
facesout towardthecoil.
Labelyourmagnets,withmarkerorstickytapesoyou
knowwhichsideiswhich.
All magnets should face the same direction (north
out).Magnetspacingdoesnotneedtobeuniformunless
youaregoingtoattemptmorethanonecoil.
Determine an equal spacing for the magnets about
theperimeterof thewheelandmarkwhere they should
go.This
is
not
crucial
to
proper
operation
with
one
coil,
but if you want to later add more coils (each with a
separatecircuit),symmetricalspacingwillbeimportantfor
symmetrical firing. Ifyourwheeldiameter ismoreor less
thanthe24inchescalledintheseplans,adjustthenumber
of magnets accordingly to be within the same range of
spacingbetween
magnets.
You
don't
want
to
get
your
magnetsmuchcloserthan1.5 2widthsapart.
Ifyouwish touse in the futuremore thanone coil,
bear in mind that each coil will need its own complete
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32Assembly
circuit.Allcoilswillneedto fire inunison,sothemagnet
spacingwillneedtobeuniform.Spacingbetweenmagnets
shouldnotbe lessthan1.5 2magnetwidths.Usesuper
glueand/or
tape
to
affix
the
magnets.
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Th
sp
tog
eac
Arr
the
sp
tol
ge
an
Coil
Forth
olsof
ether,it
h othe
ngeme
re is n
ol or k
rancei
(6cm
Youm
erallyc
to ma
ecoily
ire.Yo
sveryi
throu
nt of t
patter
ite spo
very
wi
2.36inc
ightuse
anturn
ke sure
ushou
should
mporta
hout e
e wind
n or sy
l, and
dehere
)(5cm
adrillt
slower,
the tw
ldusec
wind
t
tthatt
ntire di
ing is n
mmetry
you'll
.
1.96inc
ospint
making
wires
omplet
etwo
hetwo
stance
ot very
requir
e fine.
)(1.5c
hespoo
iteasi
are wo
lythet
ireso
iresar
of the
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d. Thin
The
=0.59i
l.Acor
rtoco
und pa
Assembly
wo250
the
co
enextt
windin
ant, als
k fishin
argin
ch)
lessdri
ntturn
allel th
33
g
il
.
g
f
ll
s
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34Assembly
wholedistance.Theexactnumberof turnson the coil is
notcrucial,beingcloseisadequatebutkeeptrackofinput
outputpairs.
Countingvisually isamethodpronetoerror.Usean
audible trigger in winding (e.g. a clacker on the spool).
Alternatively,youmightaffix tape tobothendsof spool,
protruding outward around 1/2 inche. This will hit your
handas the spool turns,helpingyou to count turns.You
shouldbedoneinapproximately900turns.
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35Assembly
FillingtheCoreBe sure to have the side that will be facing the
magnets flushwith the topof the spool so you can spin
yourmagnets
close
to
the
spool
without
hitting
arod
in
thecore.Youmightdrilla1"inchholeinyourbasearound
1/2inchesdeepfortheothersideofthecoretoprotrude
into,soyoudon'thavetocutyourrodsshort.Useglueon
eachrodtokeep itfrommoving.Tapthe lastfewrods in
withsomelightobjectuntilyoucan'tfitanymore.
SolderingtheCircuitTrytokeepallwiresasshortaspossible.Furthermore
don't overheat your diodes, resistor, or transistor when
soldering.Ifyoudon'tknowhowtosolder,youcoulduse
wirenutsorevennuts/bolts to secureyour connections.
Make sure the circuit works before soldering the
connections.Alsoalligatorclipscanbeusedtoholdthings
inplaceuntilyousolidifythem.Alittle9Vbatterycanbe
usedtotestthecircuit.
Note:Also,be sure touseaheavygaugewirewhen connectingyour
batteries
in
parallel
or
series.
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Assembly
36
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37OperationInstructions
OperationInstructionsTurningtheMotorOn
Torun
the
motor,
connect
the
circuit
and
give
the
rotoraspin(byhand).Itwillthenaccelerateordecelerate
toapointof equilibrium.There ismore thanone stable
rateofrotation.
CharacterizingtheWindowofOperationYou will want to modify the resistor of the circuit
fromlow
to
high
to
find
various
ideal
windows
of
operation.
Generally, low resistance produces high rotation
speed, while high resistance results in lower rotation
speed. Also in the higher resistances you will find solid
state resonanceeitherwithorwithout rotation. In some
cases they coexist. In some casesonlyoneor theother
willexist.Higherthanacertainresistanceyouwillfindthat
onlysolidstateexists.
OneInput,FourOutput,RotateOneOnce the batteries are supercharged, place four
batterieson
the
back
end
(charging),
with
one
on
the
front
endrunningthecircuit.Oncethatbatteryhasgonedown
to its20%fromfull level,rotateoneofthefourbatteries
fromthebackendtothefront.Thesequenceofrotation
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38OperationInstructions
shouldbeoneoftakingturnssothattheoneontheback
sidethathasbeentherethelongestgoestothefrontside.
Youcanrepeatthisprocedureforsixmonthswithoutever
havingto
externally
charge
the
system.
Bear
in
mind
that
yoursuccess inachievingthismaybedetermined firstby
finding the optimal window of performance for your
particularsetup.
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Gal
lery:
Operatio
Instructions
39
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40MinimizingOurOilDependency
MinimizingOurOilDependencySomeofthebiggerissuesweencounterwhenwetry
toreduce
the
consumption
of
energy
are
to
reduce
and
minimizetheuseofgasweuseforourvehicles.
Oil iswidelyused for transportation,homeheating,
andenergygeneration.
There are severalways to tackle thisproblem. The
automotive
industry
has
already
taken
action,
and
is
great
carswithaveryreasonablegasmileage.TheIndustrynow
must meet certain regulations, and the production of
typicalgasguzzlingvehiclesisreduced.
Most diesel power cars, with only a minimal
conversion,arecapableonrunningwithleftoverfryerfat.
Meaning,you
can
simply
go
to
McDonalds,
and
ask
for
the
leftoveroilofthefryer.
Although it sounds incredible, the vehicle will run
without a problem this way, and it won't damage the
engineorthefuellinesofthevehicle.
The
downside
of
this
is
that
the
car
will
have
a
bad
odor, and smell like fried potatoes. This is what can be
calleda'roughbiodiesel'.
In order to create a better fuel, the waste frying
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41MinimizingOurOilDependency
oil/fatcanbeprocessedsothatitgetsrefined.Therefined
product knows as biodiesel, and it shares almost the
identical properties of the Diesel. The car will have the
sameperformance
as
will
regular
diesel
and
behave
the
same.
In most conventional diesel vehicles, you can use a
refinedbiodieselwithoutapplyinganykindofconversion
kit.Besides refiningwaste fat,Biodieselcanbeproduced
fromfatfrompork,poultry,beeforoilfromvegetables.
Anotherwaytoreduceoildependencyiswiththeuse
ofelectricity topowera car.HybridElectricVehiclesare
getting more and more popular, and starting to take a
significant shareon the road. These vehicles combine a
common car enginewith a battery. They capture kinetic
energywhen
breaking,
this
kinetic
energy
is
used
to
recharge thebattery.TheHybridElectricVehiclescanbe
consideredecofriendly,due to their lowemission,anda
goodgasmileage.CommonExamplesofthesevehiclesare
theToyotaPriusandHondaInsight
AStepforwardfromtheHEVs,arethefullyelectrical
cars.It
relies
on
the
sole
use
of
electric
motors
to
propel
the vehicle. These vehicles dont use an Internal
Combustion Engine. The fully electric cars might be
considered the vehiclesof the future,but today, theyre
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42MinimizingOurOilDependency
stillindevelopment,andhavelimitedpracticality.
Although they are able to run solely on electricity,
they
have
a
limited
range.
Recharging
the
vehicle
is
much
cheaper than gas, but the main problem is that the
batteriescannotstoreenoughenergytopropelthevehicle
for longer ranges.This technology isverypromising,and
there have been several vehicles that are fully electrical
thathavewentintoproduction.
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43FreeEnergyGeneratorsonaLargerScale
FreeEnergyGeneratorsonaLargerScaleSignificantchanges inenergygenerationarentgoing
tooccur
until
the
governments
and
large
corporations
startbecoming involvedand look intoalternativesources
ofenergy.
A Free Energy generator couldwellbe the solution to
these problems. It can be implemented in the following
way:
- Eachhouseholdhas itsown freeenergydevice,they
generate electricity independently from the power
company.
OR
- TheEnergyCompaniesreplacethecurrentsourcesof
generating energy like nonrenewable sources of
energy,and
implement
large
scale
free
energy
generators,whichwouldsupplythegridswithpower.
Since theenergywillonly requireminimal resources
for it to be produced, this would result in a
significantlylowerpriceofenergy.
However,the
government
and
the
big
corporations
arentshowinginterestinsuchdevices,theyaretheonce
that have the real funds necessary to really make this
happen. Perhaps,theoutcomeofaworldwhereelectric
energy is free isntsomethingthebigcorporationswould
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44FreeEnergyGeneratorsonaLargerScale
like to see. Thiswouldmean theywould lose trillionsof
dollars. Itwouldmean thecollapseof twoof thebiggest
corporativeindustriesTheOilandtheEnergyIndustry.
If the US Government spent only a small fraction of
what they spend on the military to the development of
free energy, it could totally revolutionize the world. We
have already given you a smallscale free energy device
THAT WORKS. That proves that this technology really
works.All itneedstobedone isforthistechnologytobe
usedon
alarger
scale,
and
to
become
wide
spread.
This
willreducetheenergycrisis.