Mobile Charging & Battery System
XmartFlux Mobile Energy Containers bring full-scale charging and storage capability to locations where permanent infrastructure is not feasible.
Each modular unit can include:
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EV fast chargers
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Battery energy storage systems
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Solar integration
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Grid connection capability
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Remote monitoring and control
Use cases include:
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Rural towns
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Seasonal tourist destinations
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Construction sites
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Emergency response zones
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Temporary events
The system is fully self-contained and can be deployed rapidly, then relocated as demand changes.
User story
From Fixed Infrastructure to Energy on Demand
A regional tourist destination in Victoria has a growing problem. Every summer holiday season, thousands of visitors travel through the area with electric vehicles. Local cafés, caravan parks, national parks, and accommodation providers experienced a sharp increase in EV charging demand.
However, the town faces several major challenges:
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limited electrical infrastructure,
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insufficient permanent EV chargers,
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expensive grid upgrade requirements,
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and highly seasonal demand patterns.
For nearly eight months of the year, charging demand remained relatively low. But during peak tourism periods, visitors struggle to find available chargers, creating long waiting times and frustration.
The local council and tourism operators consider building permanent high-capacity charging infrastructure. However, the investment was difficult to justify because most chargers would remain underutilised outside peak seasons.
This is where XmartFlux introduces a different approach.
Instead of building fixed infrastructure, XmartFlux deploys a fleet of containerised mobile charging and battery systems designed specifically for flexible and on-demand energy deployment.
The solution used compact 10-foot modular energy containers equipped with:
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integrated battery storage systems,
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EV chargers,
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smart energy management,
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remote monitoring,
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and optional solar integration.
Before the summer holiday season, several XmartFlux mobile charging units are transported and deployed across high-demand locations including:
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tourist parking areas,
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caravan parks,
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visitor centres,
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and coastal highway rest stops.
The units are operational within hours rather than months.
Each container acts as a self-contained smart energy hub:
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storing energy during low-demand periods,
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integrating with local solar generation where available,
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and intelligently distributing charging capacity between vehicles.
The platform continuously monitors:
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charging demand,
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battery utilisation,
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energy pricing,
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charger availability,
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and site performance in real time.
Because the systems are mobile, XmartFlux could dynamically relocate units based on demand patterns throughout the season.
For example:
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additional charging capacity could be temporarily deployed near major events or festivals,
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units could be moved between towns during holiday traffic shifts,
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and emergency backup charging could be rapidly established during grid disruptions or natural disasters.
The solution also significantly reduces infrastructure costs.
Rather than investing millions of dollars into permanent electrical upgrades that would only be heavily used for a few months each year, the region adopts a scalable “energy-on-demand” model.
The containerised systems also improves sustainability outcomes:
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solar energy reduces dependency on the grid,
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battery systems helps smooth peak demand,
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and intelligent charging optimisation improves overall energy efficiency.
Most importantly, the project transforms the EV travel experience for visitors.
Instead of range anxiety and charging queues, travellers have access to reliable charging infrastructure exactly where and when it is needed.
Outcome
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Rapid deployment of EV infrastructure without major construction
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Reduced capital expenditure on permanent grid upgrades
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Flexible relocation of charging assets based on seasonal demand
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Improved tourism experience and EV accessibility
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Better utilisation of renewable energy and battery storage
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Scalable infrastructure model for regional and remote communities
The project demonstrates how mobile energy infrastructure can solve one of the biggest challenges in EV adoption: delivering flexible, scalable charging capacity without being locked into fixed infrastructure limitations.