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PDF NCR-18650B Data sheet ( Hoja de datos )
| Número de pieza | NCR-18650B | |
| Descripción | LITHIUM-ION / NNP + HRL TECHNOLOGy | |
| Fabricantes | Panasonic | |
| Logotipo |  |
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NCR-18650B
LITHIUM-ION / NNP + HRL TECHNOLOGy
A perfect combination of high energy density (e.g. NNP technology), safety (e.g. PSS and HRL technology) and long-life shows what is possible
with Lithium-Ion battery technology from Panasonic. Excellent battery safety on one hand, and superior battery performance on the other: this is
what Panasonic stands for.
LI-ION • 3D ILLUSTRATION
1 Positive pole
2 Positive
Temperature
Coefficient Device
(PTC)
3 Gasket
4 Collector
5 Insulator
6 Cathode
7 Anode
8 Negative pole (cell can)
9 Separator
10 Current Interrupt
Device (CID)
11 Exhaust gas hole
1
2
3
11
4
10
5
9
8
5
6
7
2
Nickel Oxide Based New Platform (NNP)
This new Lithium-Ion battery technology contains on one side a unique high capacity Nickel based positive electrode and on the other side a
material and processing technology. The latter prevents deformation of the Alloy-based negative electrode when subjected to repeated charge
and discharge. This is what our Nickel Oxide Based New Platform (NNP) stands for.*1
Characteristics of the Panasonic NNP technology:
➜ Good cycle life performance
➜ High energy density
➜ The new Nickel positive electrode excels in durability in actual use and charge
retention
➜ Low self-discharge
➜ Long storage reliability through reduced metal elution
COMPARISON BETWEEN CAPACITY
AND SAFETY OF CATHODE MATERIAL
LiMn2O4
(Manganese
based)
PEC*2
(PSS based)
PEC*2
(Cobalt based) NNP based
Heat Resistance Layer (HRL)
High capacity
Nowadays all electronic devices getting more powerful, sophisticated and feature-laden and therefore require more robust and safer batteries.
Increasing energy-density, however, raises the risk of overheating and ignition due to internal short-circuiting. Panasonic deploys the Heat
Resistance Layer (HRL) technology to improve the safety of Lithium-Ion batteries significantly. This heat resistance layer consists of an insulating
metal oxide on the surface of the electrodes which prevents the battery from overheating if an internal short-circuit occurs.
Safety is the base for everything. Higher energy can be established based on safety technology.
HRL technology
HRL
Existing technology
+ Material
Separator
– Material
*1 Panasonic Lithium-Ion cells must always be equipped with a safety unit.
*2 PEC: Panasonic Energy Company.
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