EMBER Logo Red 300x42

Detect the Danger Before the Flame

EMBER™ provides early warning of lithium-ion battery failures — detecting thermal runaway up to an hour before ignition. Protect your assets, people, and operations with the leading Early Monitoring & Battery Emergency Response system.

When batteries whisper, Ember listens.

Meet EMBER

EMBER™ advances battery safety by detecting thermal runaway in its earliest phase. Our proprietary sensor technology identifies electrolyte solvent vapours long before smoke or flame, providing up to an hour of lead time for earlier response and mitigation.

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Lithium-Ion Batteries:

Powerful, But Not Without Risk

Lithium-ion batteries power our modern world, from electric vehicles (EVs) and battery energy storage systems (BESS) to laptops, phones, and tools. They deliver high energy density, long lifespan, and reliable performance, making them the go-to choice for sustainable energy solutions.

However, under certain conditions, lithium-ion batteries can overheat and catch fire, a process known as thermal runaway.

how fires start

How Battery Fires Start

EV fires can start from several factors, including electrical, thermal, and mechanical failures.

The first sign of a lithium-ion battery thermal runaway event is the release of an electrolyte solvent vapour before thermal runaway.

As the thermal runaway event begins, the battery will heat rapidly and begin releasing smoke and other toxic fumes.

Once a lithium-ion thermal runaway event occurs, it cannot be stopped. The result? A fire that cannot be extinguished using traditional fire response tactics, including water and fire extinguishers.

Key Benefits

more time redEarly Monitoring – System sensors detect off-gassing from thermal runaway up to 60 minutes ahead of a fire starting.
assured workload redAsset Protection – Detect and respond to thermal runaway before a single spark threatens your battery storage, vehicles, charging stations, or real estate.
add alert redReal-Time Alerts – Give operators the critical time needed to respond, improving safety and reducing impact from battery failures.
handshake redUniversal Compatibility – Sensors communicate via CANbus, RS485, or analog, for simple integration into telematics and monitoring systems.
fire truck redEmergency Alerts – Integrate into fire panels and other alert systems for emergency notifications.
EMBER Logo Red 300x42

Detect the Danger Before the Flame

EMBER™ provides early warning of lithium-ion battery failures — detecting thermal runaway up to an hour before ignition. Protect your assets, people, and operations with the leading Early Monitoring & Battery Emergency Response system.

When batteries whisper, Ember listens.

Meet EMBER

EMBER™ advances battery safety by detecting thermal runaway in its earliest phase. Our proprietary sensor technology identifies electrolyte solvent vapours long before smoke or flame, providing up to an hour of lead time for earlier response and mitigation.

Read More

Lithium-Ion Batteries:

Powerful, But Not Without Risk

Lithium-ion batteries power our modern world, from electric vehicles (EVs) and battery energy storage systems (BESS) to laptops, phones, and tools. They deliver high energy density, long lifespan, and reliable performance, making them the go-to choice for sustainable energy solutions.

However, under certain conditions, lithium-ion batteries can overheat and catch fire, a process known as thermal runaway.

how fires start

How Battery Fires Start

EV fires can start from several factors, including electrical, thermal, and mechanical failures.

The first sign of a lithium-ion battery thermal runaway event is the release of an electrolyte solvent vapour before thermal runaway.

As the thermal runaway event begins, the battery will heat rapidly and begin releasing smoke and other toxic fumes.

Once a lithium-ion thermal runaway event occurs, it cannot be stopped. The result? A fire that cannot be extinguished using traditional fire response tactics, including water and fire extinguishers.

Key Benefits

more time redEarly Monitoring – System sensors detect off-gassing from thermal runaway up to 60 minutes ahead of a fire starting.
assured workload redAsset Protection – Detect and respond to thermal runaway before a single spark threatens your battery storage, vehicles, charging stations, or real estate.
add alert redReal-Time Alerts – Give operators the critical time needed to respond, improving safety and reducing impact from battery failures.
handshake redUniversal Compatibility – Sensors communicate via CANbus, RS485, or analog, for simple integration into telematics and monitoring systems.
fire truck redEmergency Alerts – Integrate into fire panels and other alert systems for emergency notifications.