Bio-batteries use enzymes to convert glucose into electrical energy through a process called enzymatic hydrolysis. This allows bio-batteries to continuously recharge through a constant glucose supply without needing an external power source, making them a renewable and non-toxic fuel source. However, bio-batteries currently do not retain energy as well as conventional batteries over long periods of usage and storage. Researchers are working to improve bio-batteries to make them a more practical alternative energy source.

1. a fuel of next generation…..
Presented by-
Shalu
gupta

11. #Bio batteries are heavily based on the
amount of glucose available. The
decomposition of materials to glucose (if
they are not already in the proper stage) is
the main step in getting the cycle started.
Materials can be converted into glucose
through the process of enzymatic hydrolysis.
Enzymatic hydrolysis is the process in
which cellulose (an insoluble substance) is
converted to glucose with the addition of
enzymes.After glucose exists oxygen and
other enzymes can act on the glucose to
further produce hydrogen ions and

12. #Similar to how human bodies
convert food to energy using
enzymes, bio-batteries use
enzymes to convert glucose into
energy.
Glucose → Gluconolactone + 2H+ +
2e−
Electron and proton travel through the
electrolyte, where the separator
redirects electrons to go through

13. #A significant advantage that bio-
batteries have in comparison to
other batteries is their ability to
allow an instant recharge . In other
words through a constant supply
of sugar, or glucose, bio batteries
are able to continuously keep
themselves charged without an
external power supply. Bio
batteries are also a source of non-
flammable, and non-toxic fuel.
This provides a clean alternative
renewable power source.

14. #Compared to conventional
batteries, such as lithium
batteries, bio-batteries are less likely to
retain most of their energy. This
causes a problem when it comes to
long term usage and storage of energy
for these batteries.
However, researchers are continuing
to develop the battery in order to make
it a more practical replacement for
current batteries and sources of
energy.

15.  They serve as a new form of
energy that is proving to be
environmentally friendly, as
well as successful, in
producing and reserving
energy. Although the
batteries are still being
tested before being
commercially sold, several
research teams and
engineers are working to
further advance the
development of these
batteries.

16. To see the future of energy…..