Lithium-Ion Battery Fires in Australia: What Every EV Owner Needs to Know in 2026
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Australia's rapid shift towards electric vehicles, e-bikes, and lithium-ion powered devices has brought incredible environmental benefits, but it's also introduced a fire risk that most households and businesses aren't prepared for. Here's what you need to know and how to protect yourself.
If you've been following the news, you'll know the headlines are becoming more frequent. In February 2026 alone, a couple in Auburn, Sydney, was forced to leap from their burning apartment to escape a suspected e-bike battery fire. They survived, but the incident is a confronting reminder of just how quickly these fires can escalate and how devastating they can be.
These aren't isolated events. Lithium-ion battery fires are now one of the fastest-growing fire risks in Australian homes, and fire services across the country are responding to incidents at record rates.
The Numbers Paint a Sobering Picture
In South Australia, the Metropolitan Fire Service has seen lithium-ion callouts increase nearly tenfold over five years, with mobility devices such as e-bikes and e-scooters the leading cause. In Western Australia, the Department of Fire and Emergency Services recorded a fire involving a lithium-ion battery almost every second day in 2024, making it the worst year on record.
Nationally, the ACCC has tracked a 92 per cent increase in lithium-ion battery incidents over recent years, and insurers like IAG are now partnering with universities and research bodies to better understand the risk profile and push for tighter safety standards.
Key takeaway: Around 18% of EV lithium-ion battery fires occur while charging, with a further 2% igniting shortly after being disconnected. The remaining 80% can occur under a range of unpredictable conditions — meaning preparation is essential regardless of when or how you use your devices.
Why Are Lithium-Ion Battery Fires So Dangerous?
Unlike conventional fires, lithium-ion battery fires involve a process called thermal runaway. When a battery cell fails, it can trigger a chain reaction of overheating across adjacent cells, producing extreme temperatures, toxic gases, and intense flames that are very difficult to suppress with standard firefighting equipment.
Standard household fire extinguishers, the ones you might have tucked in your laundry or garage, are typically not designed to handle lithium-ion battery fires. Water can sometimes worsen the situation, and CO2 extinguishers may fail to prevent reignition. This is precisely why purpose-built EV fire safety equipment matters.
Lithium-ion batteries don't need to be charging to catch fire. Batteries that are physically damaged, poorly manufactured, exposed to excessive heat, or improperly stored can ignite without warning, even when they're not connected to a power source.
Who's at Risk?
The short answer: anyone with a lithium-ion powered device. But some groups face elevated risk and should take particular care:
- EV car owners who charge at home overnight in garages attached to living spaces
- E-bike and e-scooter riders — especially those using third-party or modified battery packs and chargers
- Apartment and strata residents who charge devices in shared spaces or near building exits
- Businesses operating electric fleets including forklifts, golf carts, and delivery vehicles
- Aged care and hospital facilities with electric mobility scooters and medical devices
- Property managers and landlords with tenants using EVs and e-bikes on their premises
What You Can Do Right Now
1. Invest in Purpose-Built EV Fire Safety Equipment
This is the single most important step. Standard fire equipment was not designed for the unique characteristics of lithium-ion battery fires. Specialised EV fire extinguishers use formulations that are effective against the chemical processes of thermal runaway, while EV fire blankets can contain and smother a battery fire to prevent it from spreading to surrounding structures and vehicles.
2. Follow Safe Charging Practices
Always charge lithium-ion devices on hard, non-flammable surfaces — never on carpet, beds, or near combustible materials. Avoid overnight charging where possible, and never leave devices unattended while charging. Use only the original manufacturer's charger and cable, and never mix and match brands.
3. Inspect Your Batteries Regularly
Check your batteries and devices for signs of swelling, unusual heat, strange odours, or physical damage. If anything seems off, stop using the device immediately and seek professional advice. Damaged batteries should never be placed in household waste — use an approved battery recycling drop-off point instead.
4. Buy From Reputable Suppliers
Many battery fires are linked to cheap, non-compliant products purchased from unvetted online retailers. Look for products that carry an Australian regulatory compliance mark and are backed by reputable manufacturers with matched battery and charger systems.
5. Have an Emergency Plan
Know what to do before a fire happens. Make sure your household or workplace has an evacuation plan that accounts for battery fire scenarios. If a lithium-ion battery ignites, your priority should be getting everyone out safely and calling 000 immediately. The toxic fumes produced by these fires are extremely dangerous — never attempt to fight a large battery fire without proper equipment.
Be Prepared, Not Scared
Lithium-ion batteries power an enormous part of modern life, and they're central to Australia's clean energy future. The goal isn't to fear the technology — it's to respect it and be ready for the rare but serious risks it can present. With the right equipment, knowledge, and habits, you can enjoy the benefits of electric vehicles and devices with genuine peace of mind.
At EV Fire Solutions, we specialise exclusively in fire protection products designed for lithium-ion battery and electric vehicle fires. Our range includes EV fire extinguishers, EV fire blankets, fire curtains, and lithium-ion battery containment bags — all purpose-built for the unique challenges these fires present.