Which risk increases when thermal runaway begins in networked lithium-ion battery systems?

💡 Explanation

Cascading propagation risk goes up because Thermal propagation releases heat, which accelerates the runaway effect in neighboring cells via the heat transfer mechanism. The runaway cells vent which may ignite, therefore spreading fires rather than containing it to single units.

• Which risk increases when improperly torquing anchor bolts securing a pre-stressed concrete bridge section during assembly?
• Which risk increases when a long transmission circuit breaker trips under a heavy inductive load?
• Which outcome occurs when a smart grid's dynamic line rating exceeds capacity?
• Which outcome occurs when electronic fuel injectors experience reduced fuel pressure?
• Which outcome arises when a power transformer experiences prolonged operation above its rated kVA with inadequate cooling?
• Which outcome occurs when a transformer breaker fails in an open state?