Lithium Battery Safety
Muyshondt Power Cells are comprised of a lithium ion battery used in electric vehicles that has been paired with a protection circuit tuned to the needs of Electric Torches.
Lithium ion batteries are present in almost every portable electronic device you own. They are very high energy density, are low maintenance – they do not require scheduled cycling or have any memory effects that other battery chemistries have – and have the added benefit of being environmentally friendly, both in their cost-per-charge (the energy used to charge a battery is much less than the cost to manufacture and transport a lithium primary), and their direct environmental impact upon disposal.
That being said, the end user must exercise caution when using any lithium device, including a Muyshondt Power Cell.
- Always charge newly arrived batteries before using.
- Do not over discharge batteries. If you let a cell drain below 2.75 volts, you can cause permanent damage to the cell that will at best greatly reduce the life of the cell, and at worst cause thermal venting.
- If you ever discharge a cell below 2.75V, or are ever in doubt about cell damage, stop using the cell and dispose of it properly through a local battery recycler.
- Do not overcharge cells past 4.2V.
- Do not short circuit the positive and negative terminals.
- Only use a high quality charger designed specifically for lithium ion cells.
- Avoid fully discharging the cells, as recharging from 0% decreases lifespan and capacity. It is recommended to charge your cells periodically after use, even if they aren't highly discharged, to maximize longevity of the cell.
- Always follow all local regulations for proper disposal of lithium ion cells.
Muyshondt Power Cells are fitted with an electronic protection circuit that is intended to help improve safety. It is not a system designed for repeated abuse, and following the above guidelines will ensure safe, reliable operating of the Power Cells in our Electric Torches, and maximize the life and performance you get out of each cell.
For more information on Lithium Ion cells, please visit Battery University.