Powering EVs can insulate us against fuel shocks

The latest conflict in the Middle East has reverberated across Australia, with rising fuel prices, supply concerns and predictions of long-term, economy-wide impact.

This is not just another price cycle. It is a reminder of a deeper structural vulnerability in how we power transport, with an extreme dependency on imported fuels. Petrol from the pump here has probably already travelled more than 10,000 kilometres from the Middle East and Asia.

This reliance leaves us exposed to geopolitical instability, supply chain disruption and decisions made far beyond national borders. Global tensions create local impacts.

The latest fuel crisis is being experienced as part of the broader cost-of-living crisis, but its root cause runs deeper — revealing a systemic energy security vulnerability.

As some have advocated, we could accelerate oil and gas production, but this would take time and is ultimately short-sighted. The answer to our fossil fuel dependency is already on our roads, in electric vehicles.

New EV sales have accelerated with the latest fuel crisis, and second-hand prices have followed. Meanwhile, Australia is generating growing volumes of cheaper, renewable electricity. The barrier to wider adoption is no longer charger scarcity, but unequal access to fit-for-purpose infrastructure. For fleets and diesel-dependent sectors such as logistics, construction and industry, grid capacity and planning approvals — not technology — are now the primary constraints.

Victoria and NSW have just announced new strategies to increase EV use and provide essential infrastructure. Corporations are planning more adoption, and the EV sector is ready to invest in the rollout. We need national policies, leadership and coordination to ensure charging infrastructure is available where needed.

The electrification enabler

Electrifying transport offers a long-term shift, replacing imported fuels with locally generated, digitally managed electricity increasingly sourced from renewables. This transforms powering transport from a globally exposed system to one we can shape domestically.

It is not only a decarbonisation pathway. It is a real step towards greater energy independence and resilience.

EV charging infrastructure is the critical enabler of transport electrification. Higher EV adoption cannot occur without well‑planned charging infrastructure. Investment must focus on availability, resilience and integration with the energy system.

Charging networks must be reliable, accessible and designed for how modern energy systems operate. Without this, the risk is a different kind of disruption: congestion at charging sites, inconsistent performance, and pressure on local electricity networks.

With an eye on energy costs and emissions, industry is eager to adopt EVs. Schneider Electric’s recent Energy Tech Pulse survey found that a third of companies plan to deploy electric vehicle charging infrastructure within the next three years, signalling a continued shift towards digitalisation and electrification.

Real-world readiness

We are already seeing rollouts that make a difference. In New South Wales, hospital networks are upgrading EV charging infrastructure to meet government fleet electrification targets. These are complex, 24-hour environments where reliability cannot be compromised.

Rather than undertaking costly grid upgrades, these projects use dynamic load management to balance charging demand in real time, enabling the infrastructure to scale safely within existing capacity.

As electrification accelerates, charging infrastructure becomes part of a broader, more dynamic energy system.

Demand is often concentrated across transport routes, fleet depots, workplaces and public assets. Without coordination, this can drive peak demand, increase costs and require avoidable network upgrades. With the right approach, it becomes manageable.

Digital energy platforms provide real-time visibility and control, allowing operators to balance loads, shift charging to off-peak periods and integrate onsite generation and storage. This is already the direction of travel in modern infrastructure, where energy, power and operations are increasingly managed through unified, software-defined systems.

At a network level, the same principle applies. Electricity systems are becoming more complex as electrification increases, requiring greater coordination, visibility and data-driven decision-making to maintain reliability.

Action is urgent

The current fuel shock has sharpened urgency.

Just two weeks ago the EV industry issued a joint statement, pledging it stood ready to invest, build and operate the public charging infrastructure Australia needs. It stated the industry was “ready to deploy billions of dollars of cumulative investment by 2030” and called for a partnership between government, regulators, networks and industry.

Accelerating EV infrastructure rollout is one of the most practical actions governments and industry can take now to reduce exposure to global fuel markets, strengthen long‑term energy resilience and stabilise transport costs.

Higher EV adoption cannot occur without reliable, well‑planned charging infrastructure. Beyond increasing charger numbers, investment must also focus on resilience and integration with the energy system.

The foundations are already in place with clear policy direction, growing renewable generation and proven technology for smart, scalable charging.

What is needed now is coordination, aligning transport electrification with energy system planning. That means:

• planning for future demand
• embedding secure and robust digital management from the outset, ensuring infrastructure is scalable and interoperable
• integrating charging into broader energy strategies.
   

Done well, this delivers more than emissions reduction. It stabilises transport costs, supports business confidence and strengthens control over a critical part of the energy system.

By treating EV charging infrastructure as a core component of energy security, instead of just a transport initiative, we can reduce long-term exposure to global instability and build a more resilient transport system.

Image credit: iStock.com/Moment Makers Group. Image for illustrative purposes only.