IGNIX SHIELD

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Microcontroller based control units for Battery Energy Storage Systems, ensuring effective fire detection systems and enhanced thermal runaway prevention. The digital outputs facilitate seamless 3rd party integration, while integrated connectivity allows connection with detectors and modules. The control panel comes with its own power supply unit and battery backup

Hydrogen Detection at LEL Levels is crucial for early warning before reaching explosive thresholds. This system can be seamlessly integrated with ventilation systems and Battery Energy Storage Systems (BESS) for enhanced safety. Additionally, VOC Spike Detection plays a vital role in identifying early signs of cell venting or electrolyte leakage, which can be integrated with fire detection systems and BMS for effective thermal runaway prevention.

Conventional spot detectors and cable type linear heat detectors, essential for effective fire detection systems and critical in environments where Battery Energy Storage Systems are present to ensure thermal runaway prevention.

Dedicated inbuilt terminals for triggering suppression systems are compatible with all types of electrically triggered suppression systems, including those integrated with fire detection systems. Additionally, there are dedicated terminals for the activation and deactivation of active ventilation systems, which are essential for effective thermal runaway prevention in Battery Energy Storage Systems.