Fire behavior and hazard propagation in a lithium-ion battery energy storage cabin under microgravity environments

Key Points

• Fire behavior significantly varies in microgravity conditions, impacting hazard propagation.
• Key evidence shows that lithium-ion batteries can pose increased fire risks under these environments.
• Analysis conducted in an energy storage cabin to understand battery fire dynamics and safety implications.
• Understanding fire behavior in microgravity is crucial for improving safety protocols in space missions.