International Research Journal of Engineering and Technology (IRJET)
e-ISSN: 2395-0056
Volume: 06 Issue: 01 | Jan 2019
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Review on Electricity Harvesting from Human Effort
Krunal Thakur1, Shankar kharde2, Dhiraj Suryawanshi3, Jayashree Nawale4, Ravindra Shelke5
1,2,3,4Dept
of Mechanical Engineering, SVIT, Nashik, Maharashtra, India
Dept of Mechanical Engineering, SVIT, Nashik, Maharashtra, India
---------------------------------------------------------------------***---------------------------------------------------------------------5Professor,
Abstract - The word is confronting vitality emergency because
of absence of vitality sources. Because of consumption of
petroleum products it is imperative to locate another
wellspring of vitality. The world is presently cantering to
discover a source with immaterial measure of effect on
condition. We can look at a few viewpoints as we would see it
to spare vitality. These sources can be either new materials
that can be utilized to produce vitality, or answers for
rummage officially existing types of vitality. One practical and
green wellspring of vitality is the power age from the human
strides. Power Generation Using human exertion is a power for
what's to come. With expanding interest for fuel and another
wellspring of vitality, improvement of human controlled
generators turn into a need. The most renowned human
fuelled generator is dynamo. On comparative lines different
human controlled generators like rucksack generators,
biomechanical vitality gatherer and shoe generator are being
created. These reapers are being worked on and are viewed as
a standout amongst other creations of ongoing occasions. One
such route is to create substitute wellspring of vitality which
will assist us with saving vitality. Geothermal vitality, biogas,
sun powered vitality, wind vitality are different types of
vitality which are utilized on the other hand today.
precedents incorporate hand-wrench radios, shaking electric
lamps, and accepting force from rec center gear. The
utilization of activity gear for a spotless wellspring of vitality
would be a significantly progressively fun experience for
members and give a way to practice and producing power.
The flywheel based bike generator uses human vitality to
deliver power rapidly and effectively.
The thought is to use and change over the
mechanical vitality to electrical vitality. A mechanical shaft
with the dynamo is connected to the pulley of activity gear.
At the point when individuals exercise on exercise hardware,
pulleys pivots due to up-down development of gear, the
pulley turns which thus moves shaft of the dynamo. At the
point when the pole pivots it creates the voltage dependent
on Faraday's law. This voltage can thusly be put away in a
battery which can be additionally used to light the road
knobs.
2. LITERATURE REVIEW:
Vikas l. khade etl working in this paper authors basically
focus on to ‘Design of Power Generation Unit by Using
Human Effort’ is specially planned to design and fabricate
the conversion unit for utilizing the available unconventional
energy source.”[1]
KEY WORDS:
Prime Mover, Dc Generator, Battery, Invertor, Flywheel,
etc
Saurabh borchate etl working In this paper authors seems
that, in busy life of nowadays people avoid to go outside
rather they moves towards gyms. So authors design
treadmill as mechanical power generating unit to producing
electricity.’[2]
1. INTRODUCTION
In a world with developing interest for vitality, it has
turned into a need for interchange wellspring of vitality.
Thus different creations have been made to beat the issue.
Expanding productivity of electrical and mechanical items
has been one of the approaches to diminish vitality
utilization. People are a rich wellspring of vitality. “The
normal human creates around 100 watts in a normal day.
Contingent upon the individual's movement, weight, and
digestion, an individual's capacity can be marginally higher
or lower. An average human devours around 2500
kilocalories of vitality in multi day. Accepting no weight gain
or misfortune, this likewise implies 2500 kilocalories are
utilized by the body in multi day. With 2500 kilocalories of
vitality, the body can work appropriately. This enables you
to do ordinary exercises, for example, perusing, running,
resting, and so forth.
Stefan mocanu etl working in this paper authors do consider
gym as a major source of human power we can use. Basically,
they focused on stationary bike with electromagnetic
breaking system.[3]
M.P.mohurle etl working in this paper authors are trying to
find alternative source of energy which is economically
suitable for the people in developing countries. The use
bicycle to convert human effort to produce electricity.[4]
D.S. Deshmukh etl worked in this research paper authors
says that human is a rich source of energy. Without
utilization of this energy is going too wasted. If we are able
to produce system which can harvest this energy using
mechanical component like flywheel we can save large
amount of energy which we can use to produce electricity.[5]
The possibility of human fueled age has been
actualized in a wide range of circumstances. A few
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International Research Journal of Engineering and Technology (IRJET)
e-ISSN: 2395-0056
Volume: 06 Issue: 01 | Jan 2019
p-ISSN: 2395-0072
www.irjet.net
Mahesh A. Marathe, etl worked on Large amount of pollution
produces every from energy harvesting. So it is essential to
find the clean source of energy source. In this paper authors
the main aim is to find environment friendly energy
producing system. They design the pedal operated bicycle
using flywheel.[6]
driven by human. The back feel sick of bike is associated
with home mentor at the outskirts. This supply movement to
the transmission module by means of belt drive. The
creators utilizes D.C. lasting magnet to create power. The
perpetual magnet requires driving part to drive it. The
planner utilizes active vitality of flywheel to encourage it to
lasting magnet.
Madhup Kumar etl worked on an energy crisis can arise due
to over use of resource and wastage of energy generated
equipment. Authors saw when people work out in gym then
there are lots of movements are happens like rolling, updown and rotation etc. We can utilize this energy using
various mechanical equipment. The main agenda of this
project is to create a clean energy source.[7]
4. CONCLUSION
After going through all the paper we can say that
human effort is a clean source of energy which we can
harvest by connecting it various electric components. The
type of energy harvesting we are going to use is to utilize
electric energy is human effort by persons working in gym.
The specific gym equipment we are going to use is gym
bicycle. The purpose of selecting gym bicycle is it occupy less
space and we can use its rotational motion to generate
electricity.
Tom jose V. working in this paper trying to implement
pollution free power source keeping costs down. Authors use
pedestrians as an energy source. Using peoples steps by
combining it with composite circuit of mechanical and
electrical to extract energy is a main purpose of authors.[8]
REFERENCES
Saylee bidwai, etl working on keeping in mind that energy
from fossil fuel is limited, authors are trying to make a
replacement to this. The main target of authors is to utilize
energy in gym where large amount of human energy is
wasted every day. They build up equipment like gym bicycle
to store energy from human.[9]
1.
2.
Kunal titare etl worked on by using concept of animal
driving platform to drive grinding ‘treadmill’ came to
existence. But rather than drive by animal for various
purpose authors couple the treadmill system to motor. The
treadmill is driven by the people who is running the
treadmill to maintain their shape and health.[10]
Swati m. mudaliar, etl worked on the purpose of the paper is
to provide electricity to the areas which are still in dark,
where electricity didn’t reached yet. The authors developed
a pedal power generator which is joined to the mechanism
like bicycle. One can easily produce electricity by combining
this generator to pedal operated system.[11]
3. Materials and methods:
For making framework which can change over
human exertion into electric vitality the creators utilized D.C.
generator. The framework chiefly comprises of get together
of generator, rack and pinion, shaft, flywheel and sprocket.
The human movement is conveyed by rack and pinion
course of action which exchange it to the pole. This pole is
associated with flywheel utilizing sprocket which drives the
generator and the vitality created by generator store into
battery. Here the writers utilized the treadmill to create
power. They associate the belts for example the moving
stage to the roller which drives the generator to deliver
power. This framework fundamentally comprises of three
sections like wellness bike, home coach and transmission
module. The vitality transmission is begin at wellness bike
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Impact Factor value: 7.211
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Vikas L. Khade1, Rajkumar D. Mallarap2, Akshay L.
Kandiwar3, Praful V. Gawande4,Anand P.
Deshmukh5 ‘DESIGN OF POWER GENERATION
UNIT BY USING HUMAN EFFORT’ ,VOLUME-4,
ISSUE-4, ISSN-2393-8374,2017
Mr. Sourabh Borchate, Amit Gaikwad, Ajay Jadhav,
Prasad Dhage ‘Design of Treadmill to Generate
Electricity by using Mechanical Energy’, VOLUME-5,
ISSUE-6, ISSN-2321-8169, JUNE 2017
3.
Ştefan Mocanu, Adrian Ungureanu, Radu
Varbanescu
‘BIKE-POWERED
ELECTRICITY
GENERATOR’, VOLUME-3 , ISSN-2350-7756,
February 2015.
4.
M. P. Mohurle,D.S. Deshmukh,P. D. Patil, ‘Human
Power Using Bicycle Mechanism as an Alternative
Energy Source: A Critical Review’, ISSN-22315381,2016
5.
D. S. Deshmukh , Pravin Dharmaraj Patil , Ramkant
B. Patil, ‘Design and Development of Human
Operated Flywheel to Generate Electricity’, ISSN2320-2882, DEC 2017
6.
Mahesh A. Marathe , Pravin D. Patil , M. P. Mohurle,
‘IMPROVEMENT IN DESIGN OF FLYWHEEL TO
INCREASE EFFICIENCY OF HUMAN EFFORTS TO
GENERATE ELETRICITY’, ISSN-2320-2882, DEC
2017
7.
Madhup Kumar, Dr. G S Mundada, ‘Energy
Harvesting from Gym Equipments’, , VOLUME-5 ,
ISSUE-7,ISSN-2321-5526, JULY 2017
8.
Tom Jose V, Binoy Boban, Sijo M T, ‘electricity
generation from footsteps ; a regenarastive energy
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International Research Journal of Engineering and Technology (IRJET)
e-ISSN: 2395-0056
Volume: 06 Issue: 01 | Jan 2019
p-ISSN: 2395-0072
www.irjet.net
source’, VOLUME-3 , ISSUE-3, ISSN-2250-3153,
MARCH 2013
9.
Saylee Bidwai, Amruta Jaykar, Shivani Shinde,
Snehal shinde , ‘Gym Power Station: Turning
Workout into Electricity’, , VOLUME-4 ,ISSUE-3,
ISSN-2395-0072, MARCH 2017
10. Kunal Titare, Ashish Ram, Shubham Nagrale, S. R.
Zaveri, ‘Design and Fabrication of
Power
Generating Manual Treadmill’, , VOLUME-5, ISSUE5, ISSN-2395-0072, MARCH 2018
11. Swati.M. Mudaliar, Anagha.R.Soman ,’ ‘Electrical
Power Generation Harnessing Human Energy and
its Analysis’, ICESA- 2015
BIOGRAPHIES
Krunal Thakur, BE MECHANICAL
ENGINEERING, SVIT, NASHIK
Shankar
B.
MECHANICAL
SVIT, NASHIK
Kharde,
BE
ENGINEERING,
Dhiraj S. Suryawanshi, BE
MECHANICAL
ENGINEERING,
SVIT, NASHIK
Jayashree D.
MECHANICAL
SVIT, NASHIK
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Nawale, , BE
ENGINEERING,
Impact Factor value: 7.211
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