Industrial quality from Panasonic is not only highly valued by Tesla, but also by countless battery assemblers who rely on the high quality of Panasonic.
An all-rounder cell from Panasonic with high durability. Developed for laptops, LEDs, emergency lighting, modelling, storage systems, mobile energy, e-bikes, etc.
Lithium cells may only be operated with protective electronics!
Please note that lithium cells may only be used by authorised specialist personnel.
Incorrect handling or short-circuiting can lead to fire or explosion.
Lithium-ion batteries are thermally stable and are not subject to a memory effect.
They work on the basis of lithium and are characterised by a high energy density.
*Further options:
Without extras: Battery cell without options as in the main picture.
– Raised positive terminal: A button (nipple) welded to the positive terminal using a special welding process raises the flat positive terminal by approx. 2 mm, similar to a normal battery, for example (at extra cost).
– Solder lug: A metal tongue (W: 7mm x L: 25mm x D: 0.15mm), which is firmly connected to the positive and negative terminals of the battery and is used to solder a connecting wire or other batteries to the component. (for an extra charge)
U – Both solder tags point in one direction (e.g. for parallel connection or soldering to electronic components)
Z – Solder tags point in opposite directions. (e.g. series connection or construction-related soldering)
Please note: The industrial cell has no integrated PCB/BMS electronic protection circuit and insufficient insulation for normal household use (e-cigarette, torch, etc.) and lacks labelling. The industrial cells are designed for further processing into battery packs or integrated use.
For use in e-cigarettes or e-shisha, we at Keeppower and Efest have thecells that are sufficiently insulated and labelled with important key figures, which are suitable for use in devices equipped exclusively with protective electronics.
Technical Data
| Typical capacity | 3180mAh |
| Minimum capacity | 3080mAh |
| Nominal capacity | 3000mAh |
| Nominal voltage | 3,6V |
| Final charging voltage | 4,2V |
| Final discharge voltage | 2,5V |
| Charging current | max. 1.5A |
| Max. current output | 10A (10000mA) |
| Chemical composition | LiNiCoAlO2 |
| Protective circuit | not available |
| Positive pole | flat (flat top) |
| Diameter | 18.50 mm ± 0.1 mm |
| Height | 65.30 mm ± 0.15 mm |
| Weight | 49.5 g ± 1 g |
| Charging method | CC-CV |
| Safety data sheet | MSDS |
| Data sheet | Panasonic NCR18650BD |
| Charging current standard | 0.xx – 0.9A |
| Charging current max. | 1,5A |
| Internal resistance | <35Ω (Ohm) |
| Operating temperature | Charging / 10~+45°C |
| Discharging | -20~+60°C |
| Storage conditions | less than 1 month / -20~+50°C |
| less than 3 months | -20~+40°C |
| less than 1 year | -20~+20°C |
Notes:
Charging lithium-ion batteries requires a special charger that charges the batteries according to a special charging procedure. (CCCV = constant current, constant voltage.) The batteries must not be charged above a voltage of 4.2 volts, otherwise there is a risk of fire and explosion. It is advantageous to charge the batteries only up to approx. 4.1 volts, as this significantly increases the service life or number of charging cycles (possibly up to double). Only lithium-ion chargers may be used for charging. However, cheap chargers sometimes have the disadvantage that they do not switch off safely at the end of the charging process, but continue to charge the batteries with a low charging current, which can be dangerous.
Furthermore, rechargeable batteries and batteries do not belong in household waste! Please dispose of them as prescribed by law in the municipal collection centres or in the [usually green] containers provided for this purpose by retailers.
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