Sydney, NSW — Australia’s heavy vehicle sector is accelerating its transition to electric power, with NSW-based freight start-up New Energy Transport (NET) securing $5 million in funding to deploy 20 electric prime movers and six innovative mobile ultra-fast charging units. The announcement, made on June 14, 2026, marks a significant step towards decarbonising regional freight corridors, with the first electric trucks expected to be operational before the end of the year.
NET’s initiative addresses a critical challenge in electrifying heavy transport: the availability of robust and flexible charging infrastructure, particularly outside major metropolitan centres. The company’s strategy involves deploying modular and mobile charging units that can be rapidly operational within 16 weeks, offering a flexible solution to power its growing fleet of electric prime movers.
Daniel Bleakley, co-founder of New Energy Transport, highlighted the surge in demand from major transport buyers. “We’ve seen a surge in demand from some of Australia’s largest transport buyers and this backing means we can meet that demand by providing reliable electric road freight in Australia before the end of the year,” Bleakley stated. This funding will enable NET to service initial freight corridors between Sydney, Wollongong, Newcastle, Yass, and Canberra, with plans to expand to regional centres like Griffith and Wagga, and eventually incorporate Adelaide, Melbourne, and Brisbane by 2031.
Mobile Charging: A Game-Changer for Regional Freight
The most innovative aspect of NET’s rollout is its reliance on mobile ultra-fast charging units. Unlike traditional fixed charging stations that require extensive civil works and grid connections, these modular units are not permanently fixed to the ground. They sit on a frame, plug into the grid, and can be ready for commercial operation within weeks.
“This technological solution means the charging units can be redeployed to new locations in the future to enable NET to service new corridors including into regional and rural Australia.”
Each mobile skid will feature a 640 kW charger, supported by a 125 kW battery, designed to manage power delivery efficiently, especially during periods of high grid demand. This flexibility is crucial for establishing charging capabilities in regional and rural areas where permanent infrastructure development might be slower or cost-prohibitive. For businesses considering their own EV transition, understanding the nuances of charging infrastructure is key. Readers can explore options for Best Public EV Charging Networks in Australia 2026: Costs, Reliability & How to Plan Your Trips to better grasp the evolving landscape.
The Wilton Hub and Broader Electrification Goals
While the mobile chargers offer immediate deployment advantages, NET’s long-term vision includes developing Australia’s largest heavy electric trucking depot in Wilton, south of Sydney. This hub was recently recognised under the Federal Government’s Investor Front Door program as a project of national significance, though its completion is slated for late 2027.
The move towards electric heavy vehicles aligns with broader state and federal efforts to enhance fuel security and reduce emissions. The NSW Government, for instance, recently opened Expressions of Interest for projects valued at $100 million or more to address fuel security, explicitly including heavy electric vehicle charging hubs. This demonstrates a growing governmental appetite to support the electrification of all transport sectors.
Economic and Environmental Impact
The shift to electric prime movers is expected to deliver significant economic and environmental benefits. For freight operators, electric vehicles offer lower running costs due to reduced fuel expenses and potentially lower maintenance requirements. This can lead to substantial long-term savings, a key driver for businesses transitioning from traditional diesel fleets. The broader implications for Australia’s energy independence are also considerable, reducing reliance on volatile global fuel markets.
From an environmental perspective, electrifying heavy transport is crucial for achieving emissions reduction targets. The transport sector is a major contributor to greenhouse gas emissions, and the adoption of electric trucks will play a vital role in Australia’s journey towards net zero. This also provides an opportunity for businesses to align with corporate sustainability goals and consumer demand for greener logistics.
For companies and individuals considering the switch from fossil fuels, the benefits extend beyond just heavy vehicles. The general principles of transitioning to electric transport, whether for personal or fleet use, offer compelling advantages. For a comprehensive overview, refer to From Petrol to Plug: The Ultimate First-Time Buyer’s Guide to Switching to an EV in Australia 2026.
The Road Ahead for Electric Freight
New Energy Transport’s $5 million funding injection and its rapid deployment strategy underscore the accelerating pace of EV adoption in Australia’s commercial sector. While passenger EV sales continue to break records, the electrification of heavy transport presents a more complex, but equally critical, challenge. Innovations like mobile charging units will be instrumental in bridging infrastructure gaps and supporting the widespread uptake of electric trucks across Australia’s vast distances. The success of initiatives like NET’s will provide valuable insights and a blueprint for further investment and development in this vital segment of the EV market.
Comparison of Electric Prime Mover Charging Solutions
| Feature | New Energy Transport Mobile Chargers | Traditional Fixed DC Fast Chargers |
|---|---|---|
| Deployment Time | ~16 weeks (modular, precast) | 12+ months (civil works, grid upgrade) |
| Flexibility | Relocatable, adaptable | Fixed location, less adaptable |
| Power Output | 640 kW (with 125 kW battery support) | Varies (typically 50-350 kW) |
| Infrastructure | Modular skid, minimal site prep | Extensive excavation, concrete pad |
| Target Use | Regional corridors, flexible routes | High-traffic hubs, urban areas |
| Initial Cost | Lower initial site costs | Higher initial site costs |