Lithium batteries are susceptible to overheating during charging. If such conditions escalate into thermal runaway, fires can rapidly spread to adjacent batteries and surrounding facilities.
Overcharging and Overheating
Continuous power input during charging can cause a rapid increase in internal battery temperature, potentially triggering thermal runaway.
Power Strip Overload
Simultaneous charging of multiple batteries can create electrical ignition sources such as arc faults and short circuits.
Cascading Ignition
Heat and flames originating from a single battery can quickly propagate to nearby batteries if not properly contained.
SFEXTECH's solutions are preventive fire protection systems designed to suppress fires at the earliest stage that may occur during lithium battery charging and storage while limiting external fire propagation. These solutions help secure critical evacuation time and support the implementation of proactive workplace safety and health management systems.
By combining advanced fire-resistant technologies with integrated automatic fire suppression systems, SFEXTECH proactively minimizes fire risks associated with lithium battery charging and storage.
Prevention of Fire Risks During Battery Charging and Storage with the SFEX TB Cabinet
Engineered with a specialized fire-resistant structure incorporating thermal barrier technology, the cabinet provides up to 60 minutes of fire resistance, helping contain extreme internal heat while preventing external flames from penetrating the enclosure.
The cabinet comes standard with the SFEX Hi-100 automatic extinguishing device and an automatic fire-extinguishing aluminum power outlet, providing first-line protection against arc faults, overload conditions, and other ignition sources that may occur during charging.
An integrated real-time temperature detection and alarm system enables early detection of abnormal heat conditions before ignition. An optional IoT-based smart monitoring system further enhances safety by providing remote monitoring, real-time alerts, and centralized safety management.
