ARTIFICIAL TREE ENERGY HARVESTING"A FUTURE ELECTRICITY"Milind Kumar
A best way to harvest the sun power as well as the wind power for our domestic as well as the industries uses.The power output will depends on the size and the solar cell quality used.
Further this can modified and the solar cells can be replaced by the Thermo-Photo Voltaic cells which will be more efficient than the solar cells .we can gather the energy up-to 84% by using thermo photo voltaic cells.
The wind part structure can be also modified ,that means we can further design the trunk structure which can be able to rotate when the wind force falls upon that.
India is highly populated country ,so we should take the advantage of such an energy which required a very less space to produce energy efficiently
In this case solar tree be the best one for us
ARTIFICIAL TREE ENERGY HARVESTING"A FUTURE ELECTRICITY"Milind Kumar
A best way to harvest the sun power as well as the wind power for our domestic as well as the industries uses.The power output will depends on the size and the solar cell quality used.
Further this can modified and the solar cells can be replaced by the Thermo-Photo Voltaic cells which will be more efficient than the solar cells .we can gather the energy up-to 84% by using thermo photo voltaic cells.
The wind part structure can be also modified ,that means we can further design the trunk structure which can be able to rotate when the wind force falls upon that.
India is highly populated country ,so we should take the advantage of such an energy which required a very less space to produce energy efficiently
In this case solar tree be the best one for us
Solar tree is a tree in structure and the panels are like leaves of the tree which produces energy. The tree consists of numerous solar panels connected to one another in series and parallel connections in Fibonacci sequence. The solar tree consists of number of branches welded to a stem and each stem has a solar panel mounted on it. Flat or roof top mountings of PV systems require large area or land. Scarcity of land is greatest problem in cities and even in villages in India. Load or energy requirement of small house in India is estimated to 1.75kWhr/day. Tracking system can be easily employed in Solar Tree hence its performance is better than flat mountings of solar PV system. The total cost of Solar Tree is about Rs.60000 /-. The overall cost can be reduced using simple and innovative designs of Solar Tree. It can be installed on the sides of heavy traffic roadways and on roof top buildings.
Solar energy, Solar trees, concepts of solar tree, working of solar panel and solar trees, spiralling phyllatry, fibonacci pattern, examples, comparision, advantages and applications.
solar trees are the modern technological innovation in utilising the non-conventional energy resources in an effective way. These structures are easy to install and require very less space as compared to the conventional solar power plants.
Now a days with the growing population and energy demand we should take a renewable option of energy source and also we should keep in mind that energy should not cause pollution and other natural hazards. In this case the solar energy is the best option for us.
India is a highly populated country , so we should take the advantage of such an energy which requires a very less space to produce energy efficiently . In this case solar tree could be the best one for us . We can also use the technique called “SPIRALLING PHYLLATAXY” to improve the efficiency of the plant .
A solar tree is a decorative means of producing solar energy and also electricity. It uses multiple no of solar panels which forms the shape of a tree. The panels are arranged in a tree fashion in a tall tower/pole.
TREE stands for
T= TREE GENERATING
R=RENEWABLE
E=ENERGY and
E=ELECTRICITY
This is like a tree in structure and the panels are like leaves of the tree which produces energy.
The solar tree consists of mainly five parts to design.
Solar panels
Long tower
LDEs
Batteries
Stems for connecting the panels
SPIRALLING PHYLLATAXY
It is a technique used in
designing of solar tree .
It provides the way to
help the lower panels
from the shadow of
upper ones, so that it can
track maximum power
from sun.
This technology is used
to improve the efficiency
of the plant .
Tree can produce their own food material by the process called PHOTOSYNTHESIS.
Leaves are producing food materials for human beings.
Likewise in solar tree solar plates are producing energy for the society.
Photovoltaic cell converts sunlight
into electric energy and this effect
is known as photovoltaic effect.
Solar cells essentially create
electricity by converting photons
of light into electrons.
Solar cell producing direct current,
or DC, this DC current is
converted to alternating current,
or AC by using by using inverter.
Due to less land requirement
It require less land as compare to traditional PV system. So we require such a plant which can generate max. energy using minimum land.
Efficient energy generation
It can generate energy very efficiently as compare to traditional system.
It can collect energy from wind
The stem are flexible so that they can rotate in any direction and by shaking themselves they produce energy also from wind as in the case of a natural tree.
For the traditional system we require large size of land Example –To generate 2 MW power from a pv module we requires 10 - 12 acres of land for housing of panels only.
For the same amount of energy we require only 0.10-0.12 acres of land in case of solar tree.
Solar tree is a tree in structure and the panels are like leaves of the tree which produces energy. The tree consists of numerous solar panels connected to one another in series and parallel connections in Fibonacci sequence. The solar tree consists of number of branches welded to a stem and each stem has a solar panel mounted on it. Flat or roof top mountings of PV systems require large area or land. Scarcity of land is greatest problem in cities and even in villages in India. Load or energy requirement of small house in India is estimated to 1.75kWhr/day. Tracking system can be easily employed in Solar Tree hence its performance is better than flat mountings of solar PV system. The total cost of Solar Tree is about Rs.60000 /-. The overall cost can be reduced using simple and innovative designs of Solar Tree. It can be installed on the sides of heavy traffic roadways and on roof top buildings.
Solar energy, Solar trees, concepts of solar tree, working of solar panel and solar trees, spiralling phyllatry, fibonacci pattern, examples, comparision, advantages and applications.
solar trees are the modern technological innovation in utilising the non-conventional energy resources in an effective way. These structures are easy to install and require very less space as compared to the conventional solar power plants.
Now a days with the growing population and energy demand we should take a renewable option of energy source and also we should keep in mind that energy should not cause pollution and other natural hazards. In this case the solar energy is the best option for us.
India is a highly populated country , so we should take the advantage of such an energy which requires a very less space to produce energy efficiently . In this case solar tree could be the best one for us . We can also use the technique called “SPIRALLING PHYLLATAXY” to improve the efficiency of the plant .
A solar tree is a decorative means of producing solar energy and also electricity. It uses multiple no of solar panels which forms the shape of a tree. The panels are arranged in a tree fashion in a tall tower/pole.
TREE stands for
T= TREE GENERATING
R=RENEWABLE
E=ENERGY and
E=ELECTRICITY
This is like a tree in structure and the panels are like leaves of the tree which produces energy.
The solar tree consists of mainly five parts to design.
Solar panels
Long tower
LDEs
Batteries
Stems for connecting the panels
SPIRALLING PHYLLATAXY
It is a technique used in
designing of solar tree .
It provides the way to
help the lower panels
from the shadow of
upper ones, so that it can
track maximum power
from sun.
This technology is used
to improve the efficiency
of the plant .
Tree can produce their own food material by the process called PHOTOSYNTHESIS.
Leaves are producing food materials for human beings.
Likewise in solar tree solar plates are producing energy for the society.
Photovoltaic cell converts sunlight
into electric energy and this effect
is known as photovoltaic effect.
Solar cells essentially create
electricity by converting photons
of light into electrons.
Solar cell producing direct current,
or DC, this DC current is
converted to alternating current,
or AC by using by using inverter.
Due to less land requirement
It require less land as compare to traditional PV system. So we require such a plant which can generate max. energy using minimum land.
Efficient energy generation
It can generate energy very efficiently as compare to traditional system.
It can collect energy from wind
The stem are flexible so that they can rotate in any direction and by shaking themselves they produce energy also from wind as in the case of a natural tree.
For the traditional system we require large size of land Example –To generate 2 MW power from a pv module we requires 10 - 12 acres of land for housing of panels only.
For the same amount of energy we require only 0.10-0.12 acres of land in case of solar tree.
Abstract
The Batteries form a significant part of many electronic devices. Typical electrochemical batteries or cells convert chemical energy into electrical energy. Batteries based on the charging ability are classified into primary and secondary cells. Secondary cells are widely used because of their rechargeable nature. Presently, battery takes up a huge amount of space and contributes to a large part of the device's weight. There is strong recent interest in ultrathin, flexible, safe energy storage devices to meet the various design and power needs of modern gadgets. New research suggests that carbon nanotubes may eventually provide the best hope of implementing the flexible batteries which can shrink our gadgets even more. The paper batteries could meet the energy demands of the next generation gadgets. A paper battery is flexible, ultra-thin energy storage and production device formed by combining carbon nanotubes with a conventional sheet of cellulose based paper. A paper battery acts as both a high-energy battery and super capacitor, combining two components that are separate in traditional electronics. This combination allows the battery to provide both long-term, steady power production and bursts of energy. Non- toxic, flexible paper batteries have the potential to power the next generation of electronics, medical devices and hybrid vehicles, allowing for radical new designs and medical technologies.
Batteries are the most complacent solution of energy storage. Presently, a new battery known as ‘paper battery’
is being prominent towards flexibility, ultra-thin energy storage and disposable in nature. This paper offers an intensive
insight on this analogously revolutionizing and fascinate answer of energy storage through paper batteries associated
provides an in depth analysis of same. Paper battery is combination of two distinct component such as high energy
battery and supercapacitor which are separated in traditional electronics. This paper will give a brief review of how
paper battery works. It aimed at understanding and analyzing the properties, advantages, disadvantages and several
applications of paper batteries.In this paper I will lighten the recent development in fabrication of paper battery such as
‘Bacteria powered paper battery’ in which microorganism can harvest electrical power from any type of biodegradable
source. This paper biobattery will be the future power source for papertronics.
The Batteries form a significant part of many electronic devices. Typical electrochemical batteries or cells convert chemical energy into electrical energy. Batteries based on the charging ability are classified into primary and secondary cells. Secondary cells are widely used because of their rechargeable nature. Presently, battery takes up a huge amount of space and contributes to a large part of the devices weight. There is strong recent interest in ultrathin, flexible, safe energy storage devices to meet the various design and power needs of modern gadgets. New research suggests that carbon nanotubes may eventually provide the best hope of implementing the flexible batteries which can shrink our gadgets even more. The paper batteries could meet the energy demands of the next generation gadgets. A paper battery is a flexible, ultra thin energy storage and production device formed by combining carbon nanotubes with a conventional sheet of cellulose based paper. A paper battery acts as both a high energy battery and super capacitor, combining two components that are separate in traditional electronics. This combination allows the battery to provide both long term, steady power production and bursts of energy. Nontoxic, flexible paper batteries have the potential to power the next generation of electronics, medical devices and hybrid vehicles, allowing for radical new designs and medical technologies. The various types of batteries followed by the operation principle, manufacturing and working of paper batteries are discussed in detail. M. Srikanth | P. Yaswanth Kumar | K. Vijetha "Paper Battery" Published in International Journal of Trend in Scientific Research and Development (ijtsrd), ISSN: 2456-6470, Volume-4 | Issue-1 , December 2019, URL: https://www.ijtsrd.com/papers/ijtsrd29836.pdf Paper URL: https://www.ijtsrd.com/engineering/electrical-engineering/29836/paper-battery/m-srikanth
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The Impact of Artificial Intelligence on Modern Society.pdfssuser3e63fc
Just a game Assignment 3
1. What has made Louis Vuitton's business model successful in the Japanese luxury market?
2. What are the opportunities and challenges for Louis Vuitton in Japan?
3. What are the specifics of the Japanese fashion luxury market?
4. How did Louis Vuitton enter into the Japanese market originally? What were the other entry strategies it adopted later to strengthen its presence?
5. Will Louis Vuitton have any new challenges arise due to the global financial crisis? How does it overcome the new challenges?Assignment 3
1. What has made Louis Vuitton's business model successful in the Japanese luxury market?
2. What are the opportunities and challenges for Louis Vuitton in Japan?
3. What are the specifics of the Japanese fashion luxury market?
4. How did Louis Vuitton enter into the Japanese market originally? What were the other entry strategies it adopted later to strengthen its presence?
5. Will Louis Vuitton have any new challenges arise due to the global financial crisis? How does it overcome the new challenges?Assignment 3
1. What has made Louis Vuitton's business model successful in the Japanese luxury market?
2. What are the opportunities and challenges for Louis Vuitton in Japan?
3. What are the specifics of the Japanese fashion luxury market?
4. How did Louis Vuitton enter into the Japanese market originally? What were the other entry strategies it adopted later to strengthen its presence?
5. Will Louis Vuitton have any new challenges arise due to the global financial crisis? How does it overcome the new challenges?
1. A paper bat-
tery is an energy
source which is
more flexible and
thin. This device is
a combination of
carbon nano-
tubes with cellu-
lose based pa-
per. The paper battery can act in two ways. A bat-
tery as well as a super capacitor. These non-toxic,
flexible batteries can be used as a power source to
next generation electronic devices, medical de-
vices, hybrid vehicles, etc.
PAGE 1
INTRODUCTION
THE FUTURE POWER SOURCE
Scientists have developed batteries of size slightly
larger than a postal stamp that can produce energy that is
enough to illuminate a small bulb. In future we can expect
a stack of paper batteries that is able to power up a car.
These are the power source to next generation electronic
devices, medical devices, pace makers, hybrid vehicles,
etc.
12 May 2019
Fig: paper battery
PAPER-BASED BATTERY
Keywords
Paper battery
Paper like
battery
Electrochemi-
cal battery
Bio-fuel cell
Lithium ion
battery
Introduction
Future power
working
manufacture
advantages
Contents
2. The main components of a paper battery are
carbon nano-tubes having thickness one millionth
of a centimeter. The carbon is the reason for the
thick black colour for the battery. These nano-tube
films act as the electrodes which are embedded in
cellulose based paper, soaked in ionic electrolytic
liquid. The electrolyte does not contain any water
content. So as there is nothing to freeze or evapo-
rate, it can be used in any environmental conditions.
The battery can produce power even if it is folded or
cut.A normal battery contains a lot of separate
component , While in a paper battery all these com-
ponents are made to a single unit, which makes it
more energy efficient.
The main advantage of the paper batteries is that it can be folded, cut
or shaped for the required applications without any loss in its efficiency. If
the battery is cut into half, the energy produced by them is halved. Stacking
more than one paper batteries multiplies its power output. A sample of size
of a postal stamp is able to produce about 2.5 volts of electricity. These bat-
teries are also environment-friendly. Presence of cellulose and lack of toxic
contents in paper batteries makes the device environmentally friendly, com-
pared to the traditional lithium ion batteries.
By,
Shraddha tandle
Cse dept. Gndec
PAGE 2
MANUFACTURE
WORKING
ADVANTAGE
One method is to grow the nano-tubes on a silicon substrate and
then filling the gaps in the matrix with cellulose. When the matrix is
dried, the material can be removed the substrate. Combining the sheets
together with the cellulose sides facing inwards, the battery structure is
formed. The electrolyte is added to the structure.
Caption describing picture or graphic.
PAPER-BASED BATTERY