Schools, E-Bikes and Lithium-Ion: The Fire Safety Conversation NSW Schools Need to Have in 2026
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Schools, E-Bikes and Lithium-Ion: The Fire Safety Conversation NSW Schools Need to Have in 2026
Walk past any NSW high school at 3:15pm and count the e-bikes, e-scooters and electric skateboards leaving the bike racks. A generation of students has switched to lithium-ion-powered transport, and schools — built for pushbikes — are absorbing the shift without much in the way of policy, infrastructure or safety planning.
At the same time, NSW's new e-micromobility safety laws (effective 1 February 2026) and the adoption of the EN 15194 standard for e-bikes (March 2026) have set a regulatory floor for what can be sold — but they don't address what happens once these devices arrive at school grounds, get charged in classrooms, or sit in unventilated bike sheds in the afternoon sun.
This post is for principals, school business managers, P&C committees, education facility planners and TAFE/university campus operators thinking through what good lithium-ion practice looks like in an education setting.
NSW Fair Trading e-micromobility standards: New standards for lithium-ion batteries
SafeWork NSW guidance: SafeWork NSW
Where lithium-ion concentrates on a school site
Bike racks and storage compounds
Student-owned e-bikes, e-scooters and electric skateboards parked together for 6+ hours a day, often in covered or partially enclosed compounds. Several thousand watt-hours of lithium-ion energy in a small unsupervised space.
Classrooms and learning spaces
Student laptops and Chromebooks (often charged on shared trolleys), teacher laptops, robotics kits, drones, science department lithium-ion experiments, headphones, recording equipment, portable speakers, charging banks. A single classroom routinely holds 30+ lithium-ion devices being used and charged simultaneously.
Computer rooms and tech labs
High-density laptop charging stations, bulk device charging trolleys, 3D printers, soldering stations adjacent to charging zones.
Sports and PE
Sports timing equipment, video analysis tools, electric bikes and scooters used by PE staff, electric utility vehicles for groundskeeping.
Maintenance and grounds
Cordless power tools, ride-on mowers (increasingly electric), leaf blowers, line trimmers, e-utility vehicles. The school's maintenance shed is often the highest lithium-ion density space on the site.
Boarding facilities
Where boarding schools host students, charging happens overnight in dormitories — a particularly high-consequence scenario given limited evacuation time and vulnerable occupants.
The regulatory context
Schools sit at the intersection of several overlapping regulatory frameworks:
- SafeWork NSW WHS duties — schools are workplaces, and staff are workers
- NSW Department of Education policies on student safety, behaviour and assets
- NSW Fair Trading e-micromobility standards — e-bikes brought onto school grounds must (from February 2026) be certified
- Building Code of Australia fire safety requirements for school buildings
- Strata and council planning where schools operate on shared sites
- Insurance — school insurance policies increasingly require disclosure of charging infrastructure
None of these frameworks individually require schools to deploy lithium-ion fire safety equipment. The duty of care obligation under WHS and student protection law fills that gap.
What good policy looks like
1. A written lithium-ion policy
Most schools don't have one. The policy should cover:
- Where students may and may not bring lithium-ion devices
- Whether charging on school grounds is permitted (and where)
- What happens if a device is found to be damaged, swollen or overheating
- Staff training on lithium-ion warning signs and incident response
- Parental notification requirements (e.g. confirming the e-bike is certified and uses original chargers)
2. Designated charging zones — not classrooms
Where charging is permitted, it should happen in:
- Dedicated charging rooms with ventilation and hard-surface flooring
- Away from exits, library books, sports equipment, and combustible materials
- Supervised during charging hours where possible
- Equipped with appropriate fire safety equipment
3. Bike compound design
Modern student bike compounds need to assume e-bikes will be parked there. Practical considerations:
- Open-air or well-ventilated
- Separation between bays (a fire in one bike shouldn't propagate to ten)
- Distance from school buildings, fire exits and gathering points
- No charging permitted in compounds (the standard is to require charging at home, with bikes arriving partially charged)
- Visible fire safety equipment nearby
4. Procurement standards for school-owned devices
Any lithium-ion-powered equipment the school buys — power tools, mowers, e-vehicles, drones, science equipment — should be from reputable suppliers with RCM marking and proper certification. The savings on cheap imports never offset the risk.
5. Disposal protocols
End-of-life laptops, broken classroom devices, damaged power tools — none of these go in school general waste bins. The school needs a B-cycle drop-off arrangement or a registered e-waste collection partner.
The equipment side
A school-appropriate fire safety setup typically includes:
Compound and outdoor charging zones
- An EV fire blanket and lithium-ion-rated extinguisher in a visible, signed location near the bike compound — browse blankets
- Clear emergency procedure signage
Indoor charging spaces (laptop trolleys, learning spaces)
- Lithium-ion-rated extinguisher mounted within reach — browse extinguishers
- Compact fire blanket suitable for laptop or e-bike battery incidents
Maintenance sheds and grounds workshops
- Full-size extinguishers and blankets
- Containment bag for damaged batteries pulled from service — view containment bags
Boarding houses
- Lithium-ion-rated extinguishers in common areas where charging is permitted
- Strict no-overnight-unattended-charging policy for student devices
Bundles for whole-site rollout
Pre-built packages combining blankets, extinguishers and accessories — efficient for equipping multiple zones across a campus.
For TAFE, universities and tertiary campuses
Tertiary institutions have all the same risks at greater scale, plus:
- Research labs with lithium-ion experimental work
- Engineering and trade programs with workshop-density battery storage
- EV training programs — NSW is investing in training 2,000 mechanics in regional NSW under the 2026 EV Strategy
- Student accommodation equivalent to boarding facilities
- Campus fleet — increasingly electric utility and maintenance vehicles
Industrial-grade solutions become appropriate at this scale:
View industrial EV fire solutions →
For parents
If your child is taking an e-bike, e-scooter, electric skateboard or other lithium-ion device to school:
- Buy certified. From 1 February 2026, only buy e-bikes and e-scooters with the NSW electrical safety approval mark.
- Use the original charger only. Cheap online replacement chargers are a leading ignition cause.
- Charge at home in the open — not under your child's bed, not in their bedroom, not unattended overnight.
- Inspect monthly. Look for swelling, heat, scorch marks, damage to the casing or cable.
- Talk to your child about the signs of a failing battery — strange smells, hissing, unexplained heat — and to stop and tell an adult immediately if they see any of them.
- Don't allow modifications — battery swaps, "boost mods", aftermarket controllers. These are heavily implicated in fires and almost always void insurance.
For P&C and school committees
A small fundraising spend on lithium-ion fire safety equipment for the school's bike compound and main learning spaces is one of the highest-leverage purchases a P&C can make. The risk is real, the equipment is modestly priced, and the difference between "a device caught fire" and "the school burned down" can come down to a $200 extinguisher and a $300 blanket being within reach.
Talk to us
If you're a school principal, business manager, P&C committee, or facilities planner working through what these reforms mean for your site, we're happy to help you scope a setup. We offer volume pricing for school groups and consolidated invoicing for districts and education networks.
Browse the full range: https://evfiresolutions.com.au/
Get in touch: https://evfiresolutions.com.au/pages/contact or sales@evfiresolutions.com.au
The students have already brought the lithium-ion. The question is whether the school has caught up.
This article is a general summary of lithium-ion fire safety considerations in educational settings. For specific WHS and Department of Education obligations applicable to your school, consult SafeWork NSW and relevant departmental policy.