VERY
HIGH ENERGY DENSITY
ADVANCED
COMPOSITE MATRIX
RECHARGEABLE
LITHIUM BATTERIES THAT
UTILIZE A
GEL-ELECTROLYTE.
OUR
BREAKTHROUGH
IN
MATERIAL PROCESSING
TECHNOLOGY
ALLOWS
THESE BATTERYS TO BE
CONSTRUCTED IN EITHER
PRISMATIC OR CYLINDRICAL
CONFIGURATION - THE
CHOICE IS YOURS !
IN
CREATING A COMPOSITE
BATTERY, WE HAVE
DEVELOPED A SYSTEM THAT
HAS MANY UNUSUAL
ATTRIBUTES.
SOME
OF THESE ATTRIBUTES ARE:
| a. |
exceptionally
high discharge capacity |
| b. |
long
life under load |
| c. |
very
light weight |
| d. |
has
evidenced excellent
recharge characteristics |
| e. |
quick
energy normalization
after removal of subject
load |
| f. |
design
prevents sparking should
cell ever short- circuit |
|
OUR
PATENT ( #5,895,731 )
ENTITLED
"Thin-Film
Lithium Battery and
Process"
ISSUED
TUESDAY,
20 APRIL 1999
OERLiCon
Prototype Battery
Information
If
you should have more
questions concerning
OERLiCon lithium battery
technology, or would like
more information,
CONTACT :
Nelson
Smith,
CEO
| Height: |
2.8 inchesnches |
| Weight: |
32.08 gramsgrams |
| Diameter: |
0.80
inchesnches |
| Recharges: |
tests
ongoing |
| Voltage: |
6.0
VoltsVolts |
| Amperage: |
5.5 Ampere/hoursAmperes |
| Maximum
Instantaneous Current: |
17.25
Amperesps
@ 6 V / (1 sec/ |
|
|
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