generation of electric power by foot step (1)
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GENERATION OF ELECTRICPOWER BY FOOT STEP
M.Prasanth(111711114104)
M.Prasanth(111711114105)
S.Prasanth raju(111711114106)
R.Raghunandan(111711114113)
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Theme ofpresentaton!"je#t$e
%ntrodu#ton
& 'oot step generator
permenta* +or,
-agram
on#*uson
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ABSTRACTThe Gravitational force or Body weight is used to
generate electricity with the help of Rack & Pinion, Gears,
Chain drive, Sprocket, PMC Generator, Battery andinverter!
By si"ply stepping on the "echanis" the electricity is
generated without any production of har"ful gases or any
other #y product! $t is a #io%friendly "echanis" whichreduces the usage of conventional energy resources
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e"and of power supply in
$ndia•The energy policy of $ndia is largely
defined #y the countrys
#urgeoning energy deficit and
increased focus ondeveloping alternative sources of
energy, particularly
nuclear, solar and wind energy!
•'#out ()* of $ndias energy
generation capacity is fro" fossil
fuels, with coal accounting for +)* of
$ndias total energy consu"ption
followed #y crude oil and natural
gas at -* and .* respectively!
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$ndia is largely dependent on fossil fuel i"ports to "eet its
energy de"ands / #y )0), $ndias dependence on energyi"ports is e1pected to e1ceed 20* of the countrys total energy
consu"ption!
$n ))3%4), the country i"ported 423!. "illion tonnes of
crude oil which a"ounts to -)* of its do"estic crude oilconsu"ption and 04* of the countrys total i"ports are oil
i"ports!
The growth of electricity generation in $ndia has #een
hindered #y do"estic coal shortages and as a conse5uence,
$ndias coal i"ports for electricity generation increased #y 4-*
in )4)!
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$ntroduction% 6oot step generator Power generation #y foot step or #ody weight
already e1ist #y pie7o%electric effect !
6or pie7o%electric%effect output is very s"all and"ore nu"#er of crystal is re5uired to increase to get
sufficient output !
But in our "ethod electrical power is produced with
no e1tra energy or attention is re5uired, only hu"an
#ody weight due to gravitational force is used here as
the fuel!
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$n this we are generating electrical power as non%
conventional "ethod #y si"ply walking or running on thefoot step!
8on%conventional energy using foot step is converting
"echanical energy into electrical energy #y
9FARADAY’S LAW OF ELECTROMAGNETICINDUCTION”!
6oot step generator can #e used everywhere, where
hu"an traffic is very "uch like shopping "alls , cine"a
hall , general "arkets, railway station , #us stand, su# way, park and any housing co"ple1 entrance , etc!
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:orking Principle
:hen force is applied on the plate #y virtue on sta"ping
on the plate the force spring gets co"pressed
The rack here "oves vertically down
The pinion "eshed with the rack gear results in circular
"otion of the pinion gear
6or one full co"pression the pinion Moves 4se"icircle
:hen the force applied on the plate released the pinionreverses and "oves another se"i%circle
The generator attached to the pinion hence results in the
sinusoidal wavefor" ;for single Generator<
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ENERGY FLOW OF FOOT STEP
GENERATOR
Gravitational
force or Body
force
=inear
"ove"ent of
rack which
rotates thePinion
Rotation of shaft
which in turn rotates
6ree wheel
Trans"ission of rotation
to lower shaft #y chain
drive to s"aller Sprocket
Rotation of gear
which in turn rotates
the Generator gear
shaft >lectricity is
produced #y the
generator due to
the rotation
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Sche"atic iagra"
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esign Para"etersComponents Parameter a!"e #n mm
Spring 6ree lengthMean dia"eter :ire dia"eter
Pitch
42)+)
4
Rack =engthPitch
0(2.
Pinion Pitch?uter dia"eter Bore dia"eter
.--)
Bearing $nner dia"eter
?uter dia"eter
)
2)
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Components Parameters a!"e #n mm
Sprocket ?uter dia"eter $nner dia"eter
Pitch
-))42
Chain rive Roller dia"eter Pin dia"eter
PitchBetween inner
plates
4)0
424)
Gear wheel Pitch?uter dia"eter Bore dia"eter
.--)
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Components Parameters a!"e #n mm6lywheel ?uter dia"eter
Bore dia"eter Thickness
4+))-
PMC Generator @olt 4 ;volt<Shaft ia"eter
=ength).))
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6or"ulae used/ngu*ar $e*o#t of Pnon
2 Atϴ
'ngular velocity % 'ngle covered #y Pinionϴ
t Ti"e taken for rotation
Speed of the Pinion Shaft
D E84 A .) 84 Speed of the Pinion Shaft
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Speed of 6lywheel shaft
84 A 8 D ;@elocity ratio D < 8 Speed of 6lywheel shaft
Speed of Generator Shaft
8 A 80 D ! ;Gear ratio D !< 80 Speed of Generator shaft
Mass of the 6lywheel ;M<
F M @ D :ork done
Stiffness of the spring ;H<
H D :AI
I eflection or isplace"ent #y Rack
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Calculation Results'ngle ; < D 42.J42Jϴ
'ngular velocity ;< D !( radAsec
Speed of the Pinion shaft ; 84 < D 44+!- rp"Speed of the 6lywheel shaft ; 8 < D -!2( rp"
Speed of the Generator shaft ; 80 < D 2)!-2 rp"
Mass of the 6lywheel ;M< D 4!0 HgStiffness of the spring ;H< D .!40 8A""
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'dvantages and 'pplications'dvantagesRelia#le
>cono"ical
>co%6riendly=ess consu"ption of 8on% renewa#le energies!
'pplications
6oot step generated power can #e used for agricultural,
ho"e applications, street%4lightening!
6oot step power generation can #e used in e"ergency
power failure situations!
Metros, Rural 'pplications etc
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?#servation
We#$%t #n &$ o!ta$e pro'"(e' #no!t
.) 4!0
.) 4!42
.) 4!2
.) )!32
.) 4!02
'verage 4!)+
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6ro" the a#ove ta#le we can infer that the voltage
produced #y the PMC generator varies according to the
weight of the person stepping on it! So voltage is directly
proportional to the weight of the person! More the weight
of the person "ore the a"ount of voltage produced! Morevoltage can #e produce #y increasing the trans"ission
ratio and gear ratio!
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ConclusionThe proKect )FOOT STEP POWER GENERATION
FOR RURAL ENERGY APPLICATION TO RUN
A*C* AND D*C* LOADS” is successfully tested and
i"ple"ented which is the #est econo"ical, afforda#le
energy solution to co""on people! This can #e used for
"any applications in rural areas where power availa#ility
is less or totally a#sence! 's $ndia is a developing country
where energy "anage"ent is a #ig challenge for huge
population! By using this proKect we can drive #oth 'C as
well as !C loads according to the force!