Title: NANO BATTERIES
1NANO BATTERIES
By Soumya Yadala
UNIVERSITY OF TULSA
2INTRODUCTION
- Evolution of Nano batteries
DEFINITION
- Batteries that are fabricated employing
technology at the nanoscale.
3Comparison of Lithium Ion Batteries Nano
Batteries
- Anode Lithium Cobalt Oxide.
4Mechanism of Li-ion Battery
5Solid Electrolyte Interface Barrier
6- Drawback The battery cannot be charged
- at temperatures before
320 F.
- Reason Due to the formation of solid
- electrolyte interface
barrier.
7- Advantage Electrode is made up of
- nanomaterial.
- Result No formation of solid electrolyte
- interface barrier.
8Mechanism of Nano Battery
Charger
Current
Separator
Anode
Cathode
Electrolyte (Polymer battery gel polymer
electrolyte)
9- Drawback These batteries are slow to
- charge and discharge.
- Reasons
- Due to the long distance Li-ions have to travel
through the electrode material in the battery. - Speed at which the Li-ions make their way through
the electrode material is also slow. -
10- Advantage Electrode particles are non-
- structured.
- Result
- Shortens the existing distance with in the
electrode material. - Accelerates the recharging and discharging rate.
11Applications of Nano Battery
The Nanotechnological Batteries make every thing
possible from a hybrid vehicle capable of giving
150 miles/gallon to battery powered fabrics which
enables soldiers to plug electronic devices into
their uniform. The nanobatteries to be more
specific has the potential to be used in the
following fields
12Research and Development
- Under Dr Dale Teeters from the Dept of Chemistry
and Biochemistry.
13- Electrolyte A wax solution of PEO and
- lithium triflate.
14 15Atomic Force Microscope Tip
Testing InstrumentAFM
16Any Questions ?