Heavy electric vehicles offer significant economic advantages over diesel, but their full potential remains limited by the absence of ultra-fast, reliable charging infrastructure. Skyvion is building the backbone that will power the next era of logistics.
All figures are per individual vehicle. Short-haul port duty cycle. Actual results vary by vehicle model, load, and route.
The data clearly demonstrates that electrification significantly reduces energy consumption while eliminating over 300 tonnes of CO₂ emissions per truck annually, establishing a strong economic foundation.
However, these benefits cannot be realized without access to high-power charging infrastructure. A vehicle idle due to inadequate charging capacity generates neither cost savings nor emissions reductions. Charging infrastructure is therefore not supplementary, but foundational — the critical prerequisite for commercially viable fleet electrification.
High-power DC charging optimizes turnaround and maximizes asset uptime, effectively eliminating 8+ hour slow charging in favour of sub-45-minute sessions. In addition, each charging event produces a verified emissions record, enabling carbon credit eligibility and supporting transparent, compliant regulatory reporting.
Situated on Mundin Street within Brisbane's vital port logistics corridor, this facility is purpose-built to support heavy commercial fleets operating on continuous shifts.
The site delivers high-power DC charging optimized for rapid turnaround and maximum asset uptime. Equipped with real-time energy analytics and automated emissions verification from day one, it seamlessly bridges the gap between high-utilization transport and rigorous corporate ESG compliance.
A partner manufacturer's electric heavy truck has completed vehicle-charger compatibility testing and is currently conducting real-world trials on Brisbane roads.
Share a few details and we will be in touch. No sales calls — just a straightforward conversation about whether Skyvion is the right fit.