Early Intervention in Li-Ion Thermal Runaway | Intact Mercedes-Benz Hybrid Module Test
This test demonstrates a controlled thermal runaway event in an intact
Mercedes-Benz hybrid battery module, with no exposed or pre-compromised
cells.
The purpose is clear: not all lithium-ion incidents are untouchable or
beyond intervention.
In many smaller-scale thermal runaway scenarios, early, informed action
can significantly reduce escalation risk—provided the correct agent,
equipment, and training are in place.
In this footage, you will see:
• Thermal runaway developing within a sealed battery module
• No artificial exposure of cells prior to intervention
• Targeted application of Cold Fire during early-stage escalation
• Rapid cooling, flame suppression, and vapour control
• Stabilisation without full propagation across the module
Cold Fire enables responders to engage safely and effectively at an
earlier stage, delivering fast heat reduction and vapour
encapsulation—critical factors in preventing escalation.
This approach is further supported by appropriate PPE, including LFIM
protection, and structured training protocols designed specifically for
lithium-ion risks.
The industry narrative that lithium-ion fires must never be approached
under any circumstances is often overstated. The reality is more
nuanced: with the right tools, training, and understanding, controlled
intervention is not only possible—but operationally advantageous.
Equipro Ltd provides integrated solutions combining Cold Fire
suppression, LFIM protection, and specialist training for EV and energy
storage fire risks.
#LithiumIon #EVFire #ThermalRunaway #BatterySafety #ColdFire #FireTraining #FirstResponder #EnergyStorage
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