Gas IG100 Clean Agent Fire Suppression System For Battery Production Workshop

IG100 Clean Agent Fire Suppression System, powered by pure nitrogen, is engineered to address the unique fire risks of battery production workshops while prioritizing environmental sustainability and operational safety.
1. Non-Toxic and Eco-Friendly Formula
Unlike traditional halon or chemical-based systems, the IG100 Clean Agent Fire Suppression System uses nitrogen—a natural atmospheric component with zero ozone depletion potential (ODP), zero global warming potential (GWP), and no volatile organic compound (VOC) emissions. This makes it ideal for battery workshops adhering to strict ESG (Environmental, Social, Governance) standards, as it eliminates hazardous waste disposal and aligns with global carbon neutrality goals. The inert gas dissipates harmlessly into the atmosphere, ensuring no impact on air quality or worker health.
2. Rapid Suppression of Thermal Runaway Risks
Battery production involves high-risk processes like lithium-ion cell assembly, where thermal runaway from overcharging or defective cells can lead to fires or explosions. The IG100 clean agent fire suppression system detects abnormal heat signatures via infrared sensors and activates within 5–7 seconds, reducing oxygen concentration to 12–15% to suppress fires at their incipient stage. This rapid response is critical for containing lithium fires, which can escalate to uncontrollable levels in seconds.
3. Non-Destructive and Residue-Free Operation
Traditional water or (dry powder) systems leave corrosive residues or cause electrical short-circuits in battery manufacturing equipment, such as coating machines, calenders, and electrolyte filling lines. The IG100 system’s gaseous nitrogen agent dissipates without trace, preserving the integrity of sensitive battery components (e.g., electrodes, separators) and reducing post-fire downtime by 80% compared to legacy systems. This ensures minimal disruption to production workflows and protects expensive automated machinery.

 
 
Application:
 

Lithium-ion battery production line
In facilities for manufacturing lithium-ion batteries, processes such as electrode coating and cell stacking have inherent fire risks. The IG100 system provides targeted protection for the following scenarios:
Coating and drying room: The area where flammable solvents (such as N-methyl-2-pyrrolidone, NMP) are used. The total flooding design of the system ensures the uniform distribution of fire extinguishing agents, suppresses solvent vapor fires, and does not contaminate the production line at the same time.
Cell formation room: The area where newly assembled batteries are charged for the first time. The rapid response of the system can prevent the thermal runaway of defective batteries, protect adjacent racks and reduce batch losses.

2. Battery pack assembly area
Battery pack assembly involves welding, battery interconnection and battery management system (BMS) integration. In this scenario, the IG100 clean fire extinguishing agent fire extinguishing system:
Protect the welding station: Suppress the sparks generated by laser or resistance welding, which may ignite the battery casing or flammable adhesives.
Protecting BMS electronic components: Non-conductive fire extinguishing agents ensure no damage to sensitive circuit boards and maintain the functionality of voltage monitoring and thermal control systems.

3. Quality Control and Testing Laboratory
In the battery testing facility, battery cells need to undergo pressure tests such as overcharging and compression. IG100 system:
Suppression of test chamber fires: In controlled environments where thermal runaway is deliberately caused for safety verification, residue-free fire extinguishing agents can quickly reset the test equipment.
Protect the data acquisition system: Prevent electrical damage during fire, ensure the integrity of test data and reduce the cost of retesting.

4. Raw material and finished product storage warehouse
Battery workshops usually store large quantities of lithium metal, electrolyte and finished battery packs. IG100 system
Prevent chain reactions in storage shelves: Extinguish lithium metal container fires before they spread to adjacent pallets.
Protect the finished products: Non-corrosive fire extinguishing agents ensure that the battery casing or label is not degraded, maintaining the quality of the products to be transported.

5. R&D facilities
For advanced battery research and development laboratories that study solid-state batteries or new chemicals, the modular design of the IG100 system allows for flexible integration into small test environments. Its environmental protection features also support the sustainability certification of green technology programs.