This document discusses biobatteries as an alternative energy source. It begins with an introduction and overview of batteries and types. It then defines biobatteries as electricity generation devices that use energy sources like carbohydrates, proteins, and amino acids through enzyme digestion. The document discusses two types of biobatteries and provides examples of sugar batteries and batteries using blood and sweat. It outlines advantages like being low cost, biodegradable, renewable, and eco-friendly. Applications mentioned include powering medical devices, Sony using sugar batteries in walkmans, and use in biochips. The conclusion discusses potential integration into devices and how biobatteries could help developing countries like India become more environmentally friendly.

1. answer to our future
energy crisis
Presented
by:-J.NAGASOUMY
A
SHALINI.H.N

2.  INTRODUCTION
 WHAT IS BATTERY?
 WHAT IS BIOBATTERY AND TYPES?
 FABRICATION AND WORKING
 ADVANTAGES
 APPLICATIONS
 CONCLUSION

3.  A battery is an
electrochemical cell which
provides a static potential for
power.
 An electrical battery is one
or more electrochemical
cells that convert stored
chemical energy into
electrical energy.
 TYPES
 There are two types of
batteries: primary
batteries (disposable
batteries),
 secondary
batteries (rechargeable
batteries).

4.  Biobattery is an electricity
generation device that utilizes
energy sources such
as carbohydrates, protein, amin
o acids, fat by digesting
enzymes
Types
 Active
 passive

6. BATTERY USING BLOOD
AND SWEAT
SUGAR BATTERIES
 The battery casing in this bio battery is made
from vegetable-based plastic and generates
electricity using a sugar solution. It’s
powerful enough to run a small portable
music player such as a Walkman.
 This power source from Sony could be an
eco-friendly solution to battery disposal
problems and a cheap source of battery
power. (They probably taste much better
than conventional batteries, too.)
 Implications - Society's dependency on
electricity and mass adoption of consumer
gadgets creates a window of opportunity for
engineers to create batteries and charging
solutions that are sustainable and easy on
the environment. By using innovative
methods to generate energy, product
designers can reach environmentalists and
tech lovers who want to reduce their impact
on the Earth.

8.  low cost
 Bio-degradable
 Renewable
 Eco friendly
 Easy system of disposable
 Portable and light weight compared to fuel cell
 Easy availability of raw materials

9.  Used in making medical devices like pace
makers and hearing devices.
 Sony used sugar bio battery to power music
play on walkman.
 Used in biochips, biosensors and bioelectonic
devices.
 Nanoelecromagnetics.

10. Sony’s innovation

11.  We can integrate small cellphones and batteries
on a plastic card.
 The technology can even be applied to
laptops,desktops,mp3 players,televisions,cars
etc.

12.  India is still under developing countries.If we
want our nation under the race of developed
countries ,we obviously need to go
modifications.
 As bio-battery is ECOFRIENDLY,we can avoid
the number of hazards that is happening with
our present environment.

13. THANK YOU