Healthcare & Aged Care Guide

Lithium Battery Fire Safety for Hospitals & Aged Care Facilities

From electric wheelchairs and mobility scooters to staff e-bikes and transitioning hospital fleet vehicles, lithium-ion batteries are everywhere in healthcare settings. For facilities caring for vulnerable populations who cannot self-evacuate, the fire safety stakes are uniquely high.

315+
Lithium-ion battery fires
attended by FRNSW in 2024/25
Source: FRNSW Annual Report
1 in 4
Lithium fires in SA linked
to mobility devices in 2025
Source: SA MFS / CFS 2025
33
Lithium-ion battery devices
in the average Australian home
Source: ACCC / IAG 2026
More likely to be injured in
a lithium fire vs other fires
Source: Fire & Rescue NSW

The Regulatory Landscape for Healthcare Fire Safety

Hospitals and aged care facilities operate under some of the strictest fire safety regulations in Australia — and for good reason. Your residents and patients may not be able to self-evacuate. As lithium-ion battery devices proliferate in healthcare settings, your fire safety framework needs to keep pace.

Australian Aged Care Quality Standards

Standard 5 (Organisation's service environment) requires aged care providers to maintain a safe environment. This includes managing fire risks from lithium-ion batteries in mobility scooters, electric wheelchairs, and other battery-powered devices used by residents and staff. Your fire safety risk assessment should specifically address lithium-ion battery hazards.

Lithium-Ion Batteries in Medical Equipment

Electric wheelchairs, mobility scooters, patient monitoring devices, portable suction units, and infusion pumps all contain lithium-ion batteries. These devices are charged daily — often in corridors, common areas, or residents' rooms. Each charging point represents a potential ignition source that your fire safety plan must account for.

Staff E-Bike & E-Scooter Charging

Many hospital and aged care staff now commute by e-bike or e-scooter. If these are charged on-site — in staff rooms, storage areas, or bike racks — they introduce additional lithium-ion fire risk. South Australian fire services reported that one in four lithium battery fires in 2025 were linked to mobility devices including e-bikes and e-scooters.

Hospital Fleet Electrification

As hospital and aged care fleets transition to electric vehicles — patient transport, maintenance vehicles, staff pool cars — depot and car park fire safety needs to be reassessed. The same thermal runaway risks that apply to commercial fleet depots apply to healthcare facility vehicle storage.

Vulnerable Population Evacuation

The critical difference for healthcare facilities is that many occupants cannot self-evacuate. Fire containment is therefore even more important than in other settings — buying time for staff to implement evacuation procedures. EV fire blankets and specialised extinguishers provide that critical containment window.

Insurance & Accreditation

Aged care accreditation assessors and insurers are increasingly aware of lithium-ion battery fire risks. Documenting your fire safety measures — including specialised equipment, staff training, and risk assessments — strengthens both your accreditation position and your insurance coverage.

Why Standard Fire Systems Aren't Enough

Healthcare facilities face a unique combination of lithium-ion fire risk factors: multiple battery-powered devices charging simultaneously, vulnerable occupants who cannot self-evacuate, and complex building layouts with long evacuation corridors. Standard fire systems were not designed for this scenario.

🌡️
Extreme Temperatures

Thermal runaway exceeds 1,000°C — far beyond what standard sprinkler systems are designed to suppress.

☠️
Toxic Gas Production

Hydrogen fluoride, carbon monoxide, and other lethal gases are produced — a critical danger in enclosed spaces.

🔗
Cell-to-Cell Spread

Thermal runaway cascades from cell to cell within the battery pack, causing prolonged and intensifying burning.

🧯
Standard Extinguishers Fail

Water, foam, CO₂, and dry powder extinguishers are ineffective at the cellular level of a lithium-ion fire.

🔄
48-Hour Reignition Risk

A fire that appears extinguished can reignite up to 48 hours later as cells continue to thermally decompose.

💧
Massive Water Demand

Firefighters may need 30,000+ litres of water to cool an EV battery fire — a major challenge in enclosed facilities.

Recommended for Healthcare Fire Safety Package

For hospitals and aged care facilities with lithium-ion battery devices, we recommend a tailored fire safety package that addresses the unique risks of caring for vulnerable populations.

Recommended for Healthcare

Complete Fire Safety Package for Healthcare Facilities

1

EV Fire Blankets — Multiple Sizes

Blankets sized for mobility scooters and electric wheelchairs (smaller format) plus larger blankets for vehicle charging areas. Stored in clearly marked locations near charging points and mobility device storage areas. Recommendation: one blanket per charging/storage zone.

2

Lithium-Ion Fire Extinguisher

Compact extinguishers mounted near mobility device charging areas, staff e-bike storage, and vehicle charging bays. These specialised agents suppress lithium-ion thermal runaway at the cellular level — critical for buying evacuation time in healthcare settings.

3

Charging Safety Signage & Protocols

Clear signage at all lithium-ion device charging points. Written charging protocols for staff — including rules about unattended charging, approved charging locations, and what to do if a device shows signs of battery distress (swelling, heat, unusual smell).

4

Staff Training & Emergency Procedures

Healthcare-specific training covering: recognising battery distress in medical and mobility devices, evacuation procedures for non-ambulant patients, fire blanket deployment, and communication with emergency services. Includes documentation templates for accreditation compliance.

Free Download: Lithium Battery Fire Safety Guide for Healthcare Facilities

A comprehensive guide covering risk assessment for lithium-ion devices in healthcare settings, charging safety protocols, staff training requirements, evacuation planning for vulnerable populations, and accreditation documentation.

Download Free Guide

Every Situation Is Different

Every healthcare facility is different. Whether you manage a hospital, aged care home, or disability care facility, we can help you assess your specific lithium-ion battery fire risks and recommend the right equipment.

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