LithiumSafe™ Battery Bag 750 for safely containing 750 Wh e-bike batteries
The LithiumSafe™ Battery Bag 750 is developed specifically for safely storing and charging e-bike ebatteries with a capacity up to 750 Wh.The bag is capable of containing the
extremely intense fire and explosive
release of energy of batteries having a
capacity up to 750 Wh. It is the unique
configuration consisting of advanced, high
temperature insulation and fire resistant
materials that effecitively contains the
thermal runaway reaction. At the same
time, these materials provide very high
mechanical strength, which is necessary to
absorb the high pressure of the battery
explosion. In the middle of the bag on both sides, a
special, self-developed filter system is
placed to dissipate the gas of the explosion in a
controlled manner. The special fire-blocking filter material also purifies the smoke from
burning lithium particles. The product has been tested and certified
by a third party independent laboratory.


The increased risk of e-bike batteries
Around the world, the use of electrical bicycles – also known as e-bikes – has grown at an impressive pace during the last decade. With double digit annual growth rates in many markets. Currently, a wide range of e-bike models are available on the market, with some reaching speeds of 80 km/ h (50 mph).When a battery overheats to the point that a thermal runaway reaction is triggered, the destructive effect of the explosion and fire is enormous. E-bike batteries are often charged in or around homes and businesses and so lives and property is at risk.
Hundreds of e-bike battery fires and explosions happen each year due to malfunctioning and aging batteries.
The LithiumSafe Battery Bag 750 keeps the e-bike battery fire inside.

Battery Bag 750 before test; sensors placed

Battery Bag 750 venting

Thermographic footage

Battery bag 750 after test
Watch the Battery Bag 750 in Action below.
Note: The video shows the relevant part of the test only. The complete test lasted for hours.The battery used had a capacity of 750 Wh, consisting of 40 pcs of 21700 cells and was charged up to 50%