 Profile Li-ion
Polymer BatteryStructural
Designs |
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| Structural
Designs |
|
 Li-ion
POLYMER BATTERY |
|
 Specification
tables |
GREENCELL
Lithium-ion polymer battery's manufacturing process is very simple,
mainly
the lamination and hot press. By heating in the laminator, the PVDF-HFP
polymer
in the positive electrode/separator or the negative electrode/separator
wouldfuse
together. Besides, the GREENCELL Lithium-ion polymer battery is
using thethermal
sealing method, different from laser sealing method of traditional
Li-ion batteries,
because of the laminate Al film instead of metal cans. The innovation
onthe
manufacturing process lowers the manufacturing cost of Lithium-ion
polymerbatteries.
This would create much greater profit margins.
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| Overview |
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| Features |
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| Comparisons
between LIP and 0ther secondary batteries |
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| Major
applications |
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| Structural
designs |
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| Electrochemical
processes |
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| Characteristics
of Li-ion batteries |
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| Electrical
& mechanical test methods |
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| Precautions
for using Li-ion batteries |
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Fig.1
Structure
of GREENCELL Lithium-ion Polymer Battery |
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Fig.2
Scalabilities
of GREENCELL Lithium-ion Polymer Battery |
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