2026 Fire Safety Compliance: Is Your Australian Business Ready for the NCC 2025 & Lithium-Ion Shift?

The Morning Everything Changed: A 2026 Scenario

It’s 10:15 AM on a Tuesday in May 2026. Sarah, a Facility Manager for a mid-sized logistics firm in Western Sydney, is walking the floor with a compliance auditor. She feels confident. The tag on the 4.5kg ABE fire extinguisher near the exit was stamped just last month. The logbooks are up to date. The exit signs are glowing green.

They descend into the basement car park, recently upgraded to include ten electric vehicle (EV) charging stations to accommodate the company’s new fleet of electric delivery vans. The auditor stops at the charging bay. He looks at the shiny new 22kW chargers, then at the standard red extinguisher mounted on the pillar nearby. He doesn’t tick his box. Instead, he pulls out a red pen.

“This building is no longer deemed-to-satisfy,” he says. “You’ve introduced a Special Hazard under NCC 2025 Clause E1D17. This ABE extinguisher is rated for wood and petrol. It won’t stop a thermal runaway. If one of these vans goes up, your insurance policy likely has a ‘Change of Risk’ exclusion clause that you just triggered.”

In that moment, Sarah realizes that while she was maintaining compliance for 2020, the rules of the game had shifted beneath her feet.

This scenario is playing out across Australia. For decades, Australian businesses have treated fire safety as a static, “set and forget” exercise. You buy the red cylinders, hang them on the wall, and get them stamped every six months. However, the introduction of the National Construction Code (NCC) 2025 is set to disrupt this mentality entirely. With the code published on 1 February 2026 and state adoption expected by May 2026, the regulatory goalposts have moved significantly.

The Shift: From Passive Compliance to “EV Readiness”

The core disruption lies in the modernization of building classifications. The NCC 2025 is not just updating construction standards; it is fundamentally altering how commercial buildings interact with energy. Specifically, Clause J9D4 mandates “EV Readiness” for commercial buildings (Class 3, 5-9).

This isn’t just about running a few extra cables. It effectively mandates the introduction of high-density energy storage systems into standard office, retail, and industrial environments. Where a basement once housed inert steel and concrete, it now houses complex chemical energy storage systems capable of releasing megawatts of heat energy in seconds.

The “Paper to Power” Transition

To understand the magnitude of this shift, we must look at the origins of our current standards. AS 2444–2001—the standard dictating extinguisher selection—was written at the turn of the millennium. back then, the primary “fuel load” in an office was paper (Class A) and perhaps some pine furniture.

In 2026, the risk profile has inverted:

• Old World: A “Light Hazard” office required basic coverage for combustible solids (paper files, cardboard).

• New World: That same office is now “paperless” but power-hungry. It is equipped with server racks, energized workstations, and, critically, lithium-ion batteries in everything from laptops to e-bikes parked under desks.

This transition from Class A (Solids) to Class E (Electrical) and Lithium-Ion (Thermal Runaway) creates a dangerous gap. A standard ABE dry powder extinguisher works by melting over a solid fuel to smother it. But a lithium-ion battery in thermal runaway generates its own oxygen. You cannot “smother” a fire that breathes from the inside out.

The Data: The Rising Cost of Ignorance

This isn’t theoretical. The statistics from 2024 and 2025 paint a grim picture of the escalating risk landscape in Australia.

• The Surge in Incidents: In NSW alone, lithium-ion battery fires doubled in just two years, reaching 318 incidents in 2024. Fire and Rescue NSW is now responding to an average of 5.7 lithium-ion battery fires every single week.

• The Insurance Hit: QBE Insurance reported paying out more than $34 million in lithium-ion related property claims in the 12 months leading up to August 2025.

• Business Mortality: The stakes for business continuity are existential. In the 2023-2024 financial year, corporate insolvencies in Australia topped 11,000—the highest level in a decade.

The Statistic That Should Scare You: Data suggests that 43.3% of non-employing businesses fail within three years of operation. When you overlay a major disruption event—like a fire that shuts down operations for weeks due to toxic battery smoke contamination—that failure rate spikes dramatically. If your fire safety strategy fails, your business resilience strategy fails with it.

The “Special Hazard” Trap (NCC 2025)

The most critical regulatory change for business owners in 2026 involves the classification of hazards. Under the NCC 2025, simply following the “Deemed-to-Satisfy” (DtS) tables is no longer sufficient if you have introduced new technologies.

Regulators and advisory bodies, including the Australasian Fire and Emergency Service Authorities Council (AFAC), have pushed for Electric Vehicles and charging infrastructure to be assessed under “Special Hazard” provisions (Clauses E1D17 and E2D21). 

What Does “Special Hazard” Mean for You?

It means you cannot just look up a table in AS 2444 and buy a generic extinguisher.

1. Engineering Assessment: You may require a performance-based engineering solution to verify that your fire safety measures can handle the specific heat release rate of an EV fire.

2. Location Strategy: Placing an extinguisher at the charging station is now considered a critical failure. If the car is burning, you cannot reach the extinguisher. The new guidance suggests placement at egress paths away from the hazard. 

3. Agent Selection: Standard powder is largely ineffective against the cooling requirements of a battery fire. You may need to invest in specialised water-based agents (like F-500) or high-volume water delivery systems.

The Insurance “Change of Risk” Clause

Perhaps the most immediate threat to Australian businesses is not the fire itself, but the fine print of their insurance policy. Most commercial property policies contain a “Change of Risk” clause.

The Clause Explained: This clause typically states that if the insured party alters the nature of the risk (e.g., by installing high-voltage EV charging stations or storing e-bikes indoors) without notifying the insurer and upgrading safety systems accordingly, the policy may be void.

• The 2026 Reality: If your warehouse burns down because an e-bike battery exploded, and your fire risk assessment was last updated in 2023 (before you allowed e-bikes on site), your insurer can legally deny the claim. You are left with a burnt shell of a building and zero payout.

The WHS Hammer: Personal Liability for Directors

If financial ruin isn’t motivation enough, the threat of imprisonment might be. The legal landscape regarding Work Health and Safety (WHS) has hardened significantly.

• Industrial Manslaughter: New laws across multiple states, including federal harmonized laws, have introduced or strengthened “Industrial Manslaughter” offences. If a worker dies because a business owner was negligent in providing adequate fire safety—for example, by ignoring the known risks of lithium-ion batteries—the penalties now include up to 20 years imprisonment for individuals and fines exceeding $20 million for corporations.

• The “PCBU” Duty: As a Person Conducting a Business or Undertaking (PCBU), you have a non-delegable duty of care. You cannot blame the fire technician for installing the wrong extinguisher if you failed to inform them about the new EV charging stations.

Strategic Action: The 2026 Audit

Business owners must view 2026 not as a year of maintenance, but as a year of audit. If your fire safety fit-out was designed for a 2015 risk profile, it is likely insufficient for a 2026 operating environment.

Your Immediate Checklist:

1. Conduct a “Hazard Audit”: Walk your floor. Count the lithium-ion batteries (laptops, tools, e-bikes). Do you have EV chargers? If yes, your hazard classification has changed.

2. Review Insurance Policies: Notify your insurer of any new electrical infrastructure. Ask specifically if your current fire protection measures meet their requirements for “Special Hazards.”

3. Bridge the Standards Gap: Be aware that as of early 2026, there is technically no “Australian Standard” for a Lithium-Ion fire extinguisher, although drafts (SA TS 101) are in progress. Consult with a fire engineer to select equipment that has been performance-tested (like F-500 or water mist) rather than relying on generic “marketing compliance.”

4. Update Training: Teach staff that the old “pass” method (Pull, Aim, Squeeze, Sweep) may not work on a battery fire. The goal with lithium is cooling, not smothering.

The “deemed-to-satisfy” provisions you rely on may no longer protect your insurance currency if a fire starts in a charging zone rather than a waste paper bin. In 2026, compliance is active, dynamic, and vital for survival.

References:

• AGWA, NCC 2025 Adoption Dates. 

• Dept of Infrastructure & Transport, EV Charging Provisions.

• Fire & Rescue NSW, Position Paper on EVs in Built Environment.

• QBE Insurance, Lithium-ion battery risk insights.

• EV Fire Solutions, Australian Fire Statistics.

• Export Finance Australia, Insolvency Statistics 2024.

• Scale Suite, Australian Business Survival Rates.

• Safe Work Australia, Maximum Monetary Penalties 2025.

• EV Fire Solutions, Truth about Australian Standards for Li-ion extinguishers.