GeB Paragonage Sodium-Ion Battery 32140 10000mAh 3.0V

Product detailed description

A sodium-ion battery is a rechargeable battery that uses sodium ions (Na+) as charge carriers. Its principle and design are often similar to lithium-ion (Li-Ion) batteries, but sodium is used instead of a lithium cathode. Sodium, which belongs to the same group of alkali metals as lithium, has similar chemical properties but twice the density, which means it is twice as heavy for the same volume.

The sodium-ion battery tolerates ambient low temperatures significantly better, down to -20 °C relatively well. The special feature is that the internal operating temperature of the electrodes ranges from 270 to 350 °C, and during charging from 300 to 350 °C. Unlike lithium batteries, the electrodes are not solid but liquid. Sodium, like lithium, is a very dangerous material that burns immediately in air.[

When you get your batteries from us, they will be partially charged by us (60-80%). This will extend the battery life during storage. If you don't intend to use the batteries right away, you can leave them as they are. However, we recommend that you charge the batteries before use.

There are no BMSs on the market for this battery duh yet.

Product Description:

* - At temperature 0-15°C, charging current max. 0.2C

Included in delivery:

• 1pc GeB Paragonage Sodium-Ion Battery 32140 10000mAh 3.0V

Notes:

• The battery or accumulator that may be included in the product is subject to a six-month lifetime as it is a consumable.
• Due to the nature and properties of Lithium Polymer batteries, these batteries are not returnable and LaskaKit is not responsible or liable for any damages, malfunctions, injuries, fires, skin burns or any other consequences that may occur from the misuse of these batteries or any device or item, with which you will use the battery, including following or using any instructions, manuals, or advice of any kind from LaskArduino or others. By purchasing this product you accept the previous.
• Do not use with NiMH, NiCd Li-ion and LiFePO4 chargers! Never charge or use unattended. Always check the battery and circuits for damage, broken wires and short circuits. Like all polymer batteries - they should be used by professionals.
• Important: You must do everything you can to prevent the battery from overcharging and short-circuiting. This could cause permanent damage. If you hadn't intervened in time, the battery could have caught fire and burned up. Because these batteries are round in shape, care must be taken to avoid problematic situations, e.g.: sliding off the table, falling, dents, etc.
• You have to be careful when connecting two cells in parallel. Both cells must have the same voltage. If one cell has a lower voltage, the discharge would be at the lowest possible discharge limit so that - if possible - both cells have the same voltage. In this case, the tension will be balanced. If the voltage of the two cells is very different, it can cause overheating of the cell or even worse. When charging two cells in parallel to this module, the charging current of each cell is half of the total charging current of the module, i.e. each cell has the same voltage level.

The manufacturer of our lithium batteries gives the following warnings and cautions:

• Do not immerse the battery in water or other liquids. Keep the battery in a cool, dry place
• Do not use or store the battery close to any heat source
• Use a charger that clearly states that it is compatible for charging the battery and has appropriate charge protection (voltage, current)
• Do not install the battery with reverse polarity
• Do not connect the battery to an electrical outlet or other incompatible source
• Do not throw the battery into fire
• Do not short-circuit the battery = do not connect the positive and negative poles to each other with conductive material
• Do not transport or store batteries with metal objects such as hair clips, necklaces, or any other conductive object or material,
• The battery must not be mechanically damaged, so do not throw it, squeeze it, puncture it, etc.
• Lithium batteries should only be used with voltage, current, and thermal protection
• Do not use or leave the battery in a high temperature environment (e.g. in direct sunlight or in a vehicle in hot weather). Failure to heed this warning may result in battery overheating and/or fire or explosion. It will also reduce battery capacity and affect battery life
• If electrolyte spills and gets into the eyes, rinse and wash eyes with clean water and seek medical attention immediately
• If the battery smells, gets hot, changes color or shape, or in any way shows abnormal changes during use, charging or storage, remove it immediately from the charger, devices and stop using it
• If the battery contacts are dirty, clean the contacts with a dry cloth before use
• Be aware that discarded batteries can cause a fire or explosion. For this reason, before disposing of the battery, insulate the battery contacts with a suitable insulating material, e.g. insulating tape