Hospitals & Aged Care: Why EV Fire Risk Is a Growing Concern

Hospitals & Aged Care: Why EV Fire Risk Is a Growing Concern

Hospitals & Aged Care: Why EV Fire Risk Is a Growing Concern | EV Fire Solutions
Hospitals & Aged Care

Hospitals & Aged Care: Why EV Fire Risk Is a Growing Concern

EV Fire Solutions | evfiresolutions.com.au

Medical facilities are increasingly reliant on lithium-ion powered equipment — from mobility scooters to defibrillators. The fire risk is real, and the stakes are uniquely high.

When we think about EV fire risk, hospitals and aged care facilities are not the first settings that come to mind. But modern medical and aged care environments are among the most lithium-ion dense settings in Australia — and they also present some of the highest-consequence fire scenarios, given the vulnerability of the people within them and the complexity of evacuation.

The Lithium-Ion Landscape in Healthcare

The range of lithium-ion powered equipment in contemporary hospitals and aged care facilities is substantial: electric mobility scooters and powered wheelchairs, defibrillators and portable monitoring devices, staff e-bikes, electric delivery carts, and increasingly, electric vehicles in facility car parks. Each represents a potential source of thermal runaway — and in a healthcare setting, the consequences are uniquely serious.

Why Healthcare Settings Are High-Risk

Vulnerable Occupants

Hospital patients and aged care residents may be unable to self-evacuate. Evacuation of non-ambulant patients is time-consuming, physically demanding, and carries its own health risks. A fire that would be manageable in an office building can become catastrophic in a ward or care facility where dozens of residents require assisted evacuation.

24-Hour Operations

Healthcare facilities operate around the clock. Battery charging in storerooms, charging bays, and corridors happens continuously — often overnight when staffing levels are reduced. The risk of an undetected thermal runaway is higher during off-peak hours.

Enclosed Charging Areas

Mobility scooters and powered wheelchairs are typically charged in storage corridors or dedicated charging rooms. These enclosed spaces concentrate heat and toxic gases if thermal runaway occurs — and can be located near patient areas or egress routes.

Key Risk

A lithium-ion fire in a mobility scooter charging bay can block an evacuation corridor within minutes. In a facility where evacuation is measured in hours rather than minutes, this is a critical vulnerability.

What Healthcare Facilities Should Do

Map Your Lithium-Ion Equipment

Conduct a complete audit of all lithium-ion powered equipment in the facility: mobility aids, medical devices, staff vehicles, fleet vehicles, kitchen equipment, and patient entertainment devices. Understanding the scope of your lithium-ion exposure is the foundation of an appropriate response.

Designate Safe Charging Locations

Charging locations for mobility aids should be in purpose-designated areas with appropriate ventilation and fire equipment — not in patient corridors or near exit routes. Fire curtains can isolate charging areas from adjacent spaces.

Install Purpose-Specific Fire Equipment

EV fire blankets sized for mobility scooters and powered wheelchairs should be positioned adjacent to designated charging areas. EV-specific extinguishers should be accessible throughout the facility, with staff trained in their use.

Update Evacuation Plans

Existing evacuation plans may not account for the extended timeline of thermal runaway, the risk of re-ignition, or the production of toxic gases. Plans should be reviewed and updated accordingly.

Highevacuation complexity in aged care
24/7charging operations in healthcare
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Aged Care Operators

EV Fire Solutions can assist with fire safety documentation and equipment specification to support compliance requirements. Visit our Hospitals & Aged Care page or contact us at sales@evfiresolutions.com.au.


References

APA 7th Edition
  1. Australian Commission on Safety and Quality in Health Care. (2025). Fire safety in health service organisations: EV and lithium-ion battery considerations. ACSQHC. https://www.safetyandquality.gov.au/
  2. Aged Care Quality and Safety Commission. (2025). Fire safety obligations for residential aged care providers. Australian Government. https://www.agedcarequality.gov.au/
  3. Queensland Fire and Emergency Services. (2025). Electric vehicles in healthcare and aged care settings. Queensland Government. https://www.qfes.qld.gov.au/
  4. Safe Work Australia. (2025). Managing lithium-ion battery hazards in the workplace. Australian Government. https://www.safeworkaustralia.gov.au/
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