As electric vehicles move beyond cities and into mining sites, regional freight routes, remote construction and off-grid operations, operators keep running into the same problem: the energy isn't where the vehicle is. Fixed charging infrastructure is sparse, expensive to install, and often impossible to justify in places where demand is intermittent or temporary.

The obvious response is to make charging mobile, to bring the power to the vehicle. And the simplest version of that idea is exactly what it sounds like: put a charger on the back of a truck.

That solves part of the problem. A vehicle carrying a charger can deliver energy where there's no infrastructure. But mobile power on its own is only half the story. Knowing a charger exists somewhere in your operation is not the same as knowing where it is, how much energy it has available, whether it's working, or when it will next need servicing. The moment these units start operating across large distances and in demanding conditions, the question stops being "can we deliver power?" and becomes "can we manage it?"

That distinction, between a charger that moves and a platform that's managed, is where MGEN is designed to be different.

A charger that moves vs. a platform that's managed

The MGEN M40 is a vehicle-to-vehicle (V2V) DC fast charging platform: a 40kW DC system that uses one vehicle's onboard energy to rapidly charge another, with no grid connection or permanent infrastructure required. But the charging hardware is only one part of what it is.

A vehicle with a charger fitted to it treats charging as a standalone function: it supplies power, and the power is where its job ends. MGEN is built to operate as a connected asset, a unit that reports its status, location, energy availability and operating condition back to the people responsible for it. The hardware and the software are designed together, so the data isn't a layer added on top; it's part of how the platform works.

That design choice is the difference between owning a piece of equipment and operating a managed energy resource.

What integration means for fleet operators

For a fleet operator, the value of that integration is practical:

• Operational visibility: where every unit is, its state of charge, and whether it's available or in use, across the whole fleet from one view.

• Utilisation: which assets are working and which are idle, so the fleet can be sized and deployed efficiently rather than by guesswork.

• Diagnostics and maintenance: condition data that supports scheduled servicing instead of reactive repairs, which matters when a unit might be hours from the nearest technician.

• Dispatch: matching the right unit to the right job based on real availability, not assumptions.

These are the capabilities MGEN is being designed and validated to deliver. As the platform moves through its early-adopter program in real operating conditions, this operational data is what allows a group of mobile chargers to be run as a coordinated system rather than a collection of individual machines.

Security and reliability are part of the design

Connected assets carry a requirement that standalone equipment doesn't: the link between the unit and the operator must be secure and reliable, particularly when these platforms work in remote locations where physical access is slow and costly.

MGEN's connectivity is built on industrial-grade foundations developed with EXOR Oceania, part of the EXOR International ecosystem, whose industrial HMI, edge computing and secure connectivity technologies are built for demanding industrial environments. Secure communications, remote access and edge processing mean operational data can be collected and acted on without compromising the integrity of the system, whether a unit is on a depot forecourt or hundreds of kilometres into a remote operation.

For operators, that means the visibility benefits don't come at the cost of exposure. Reliability and security are treated as part of the platform, not features added afterwards.

The next phase

The conversation around electric mobility has largely been about batteries and charging speed. As more operations electrify in places fixed infrastructure can't easily reach, a second question is becoming just as important: how do you see, manage and support energy assets that are constantly on the move?

That's the problem MGEN is built to address. The MGEN M40 is at an early stage, being trialled and refined with early adopters in real-world conditions, and the integration between its hardware and software is central to what's being validated. The goal is straightforward: mobile charging that operators can deploy and manage with confidence, wherever the work takes them.

Delivering power where it's needed is the starting point. Managing it intelligently is what turns a mobile charger into a platform.