PROVEN UNDER REAL FIRE CONDITIONS
Safe charging of lithium batteries - proven under real fire conditions
Lithium-ion battery fires are unpredictable, fast and extremely difficult to control. That’s why safe charging requires more than just storage – it requires active fire control. MAUS charging cabinets are tested under full thermal runaway conditions.
Tested. Verified. Controlled.
In an independent full-scale test conducted
together with Kiwa Safety & Security, a
fully charged lithium-ion battery (100% SoC)
was forced into thermal runaway inside
a MAUS cabinet.
Battery state
100% SoC
Test scenario
Thermal
runaway
External surface
Below 60°C
Supression
Integrated
aerosol
VERIFIED OUTCOME
The results were clear
- No flames or sparks escaped the cabinet
- External surface temperature remained below 60°C
- The cabinet maintained full structural integrity
- Fire was actively controlled using integrated aerosol suppression
WHY IT MATTERS
The fire stays contained - the risk is dramatically reduced
Extreme heat. Gas release. Rapid escalation. Lithium fires
behave differently.
MANUFACTURER OF BATTERIES?
MAUS has a patent that can extinguish the fire inside the battery. Curious? Contact us for more information.
DESIGNED FOR WORST-CASE SCENARIOS
Built specifically for lithium battery incidents
Integrated automatic fire suppression (MAUS Stixx PRO)
Pressure-managed construction
Controlled heat dissipation
Closed containment system
FROM UNCERTAINTY TO CONTROL
Documented performance under real conditions
Not assumptions. Not theory.
Verified fire control in thermal runaway scenario.
FOR DECISION-MAKERS
A concrete technical foundation
Built to support video, images and technical documentation
CHECK OUT OUR CHARGING CABINETS THE LADEN SERIES.
Approved by the insurance companies and tested by Kiwa.
