Lithium containment systems for every environment
Schneider develops integrated containment systems designed to detect, control and isolate lithium battery failures. Each solution is engineered for specific environments, from industrial installations to aviation and defence.
Find the right containment solution
Every environment requires a different approach to lithium safety. Schneider systems are built on the same core technology but designed for specific applications, capacities and integration requirements.
Need a custom containment solution?
Not every environment fits within standard solutions. Schneider develops fully custom containment systems tailored to specific installations, integration requirements and technical challenges.
One system Multiple applications
All Schneider containment solutions are built on the same engineered safety architecture.
01 Detect
Early detection is essential when dealing with lithium battery failures. Schneider systems continuously monitor off-gas formation, temperature changes and pressure build-up, allowing early signs of thermal runaway to be identified before ignition occurs. This enables the system to respond automatically while the incident is still controllable.
02 Intervene
Early detection is essential when dealing with lithium battery failures. Schneider systems continuously monitor off-gas formation, temperature changes and pressure build-up, allowing early signs of thermal runaway to be identified before ignition occurs. This enables the system to respond automatically while the incident is still controllable.
03 Contain
Early detection is essential when dealing with lithium battery failures. Schneider systems continuously monitor off-gas formation, temperature changes and pressure build-up, allowing early signs of thermal runaway to be identified before ignition occurs. This enables the system to respond automatically while the incident is still controllable.
04 Protect
Early detection is essential when dealing with lithium battery failures. Schneider systems continuously monitor off-gas formation, temperature changes and pressure build-up, allowing early signs of thermal runaway to be identified before ignition occurs. This enables the system to respond automatically while the incident is still controllable.