Yes. It is one of the applications the platform was designed around, and it has been used that way in the field with Essential Energy, Ausgrid and others, which operates a fleet of V-Trail units.

What makes a deployable power system suitable for emergency response rather than merely available for it:

It can be deployed before the assessment is finished. Emergency power is needed while the extent of damage is still unknown. A towable system does not require a design, a slab or a connection application.

It works without fuel logistics for the first days. Solar and 41 kWh of usable storage carry the load while the fuel supply chain, which is often the actual constraint in a disaster, is still being organised. The generator extends it once fuel is available.

It is silent and emission-free most of the time, which matters when it is powering an evacuation centre, a field facility or accommodation rather than a worksite.

It handles the loads that emergency sites actually have, high-surge pumps, refrigeration, comms equipment, via the 200 A five-second surge capability.

It can be recovered and redeployed as the response moves.

Realistic constraints to plan for: the unit needs vehicle access to the site, someone has to tow it, and it needs to be staged and fuelled before the event, not sourced during it. Organisations that use deployable power well treat it as pre-positioned capability with a trained roster, not as equipment to be procured in a crisis.

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