Early Fire Detection and Infrared (IR) Camera Systems

Early detection is critical in reducing the impact of lithium-ion battery incidents. Identifying abnormal conditions before escalation provides valuable time to intervene, helping to minimise damage, disruption, and risk to people.

Our early detection solutions are designed to monitor environments continuously and identify risk at the earliest possible stage, often before visible smoke or flame is present.

Leveraging a combination of thermal imaging, gas detection, optical sensing, and intelligent analytics, these systems detect key indicators associated with battery failure and thermal runaway, including abnormal heat build-up, off-gassing, flame signatures, and rapid temperature changes.

Our detection range includes:

• Thermal and dual-spectrum camera systems combining visible and infrared imaging for accurate monitoring
• Gas detection solutions designed to identify early off-gassing events that can precede thermal runaway
• AI-enabled flame and temperature detection capable of identifying fire risks and triggering alerts in real time
• Fixed and deployable monitoring systems suited to storage, charging, and operational environments
• Integrated alerting and control outputs for connection to third-party systems and site infrastructure

Key capabilities:

• Continuous 24/7 monitoring of high-risk areas and critical assets
• Early identification of off-gassing and heat anomalies before escalation
• Real-time alerts to enable rapid response and escalation
• Improved detection reliability through intelligent analytics and multi-sensor inputs
• Integration with existing security, fire, and building management systems
• Scalable deployment across single sites or multi-site operations
• These solutions are particularly suited to battery storage facilities, charging infrastructure, manufacturing environments, logistics hubs, and transport applications, where early identification of risk is essential.

As part of a layered safety strategy, early detection provides critical time to act, enabling safer outcomes and more effective incident management.