Lithium Batteries – Electric Vehicles and Devices
Rechargable batteries using lithium-ion have improved our lives immeasurably, from mobile devices to electric tools and energy storage systems. They are generally safe and pose a low fire risk, but when they fail, the results can be catastrophic.
As the use of electric vehicles (EVs) and EV charging stations increases, so do the risks and responsibilities for building professionals, designers, building managers, fire safety practitioners and the general public.
This course explores how lithium-ion batteries work, why they can fail or ignite, and what safety measures should be considered during building design, construction and facility operation. You’ll learn about the associated risks, warning signs, and best-practice prevention strategies in both residential and commercial contexts, with reference to current and emerging regulations.
Learning Outcomes
By the end of this course, you will understand:
- What lithium is, where it comes from, and how it’s used
- How lithium-ion batteries work and common causes of failure or thermal runaway
- Key benefits, limitations, and fire safety risks
- Electric vehicles and charging station infrastructure considerations
- Key information for firefighters and first responders
- Safety solutions and risk mitigation strategies
Who should enrol
This course is relevant for:
- Anyone who owns battery powered devices including ebikes, escooters and EVs
- Electricians and contractors
- Architects and building designers
- Fire fighters and Emergency responders
- Facility and asset managers in commercial or residential buildings
- WHS professionals, risk managers, and insurers
- Developers and project stakeholders working with EV infrastructur
Instructions
Once you have completed the course content scroll down to complete the short quiz then generate your Certificate of Completion.
Approximately 60 minutes – 1 CPD point
