⚡ Concept prototype — IE idea · figures are illustrative engineering targets

How it works

Drive in. Deploy. Power up.

From road-ready to full microgrid in under ten minutes — no crane, no crew, no grid connection required.

Four steps

Park to power in minutes.

1

Arrive

Drive to the location, park in any open lot or yard, and stabilize. No site prep needed.

2

Deploy

Solar wings extend up to 210 m². Systems power up and the microgrid brain comes online.

3

Power

Store solar in the battery and feed clean power to buildings, chargers, and critical loads.

4

Pack & Go

Retract, secure, and move to the next site. The whole platform travels on one chassis.

Deployment configuration

What's on board.

Solar Wings

Up to 210 m² of high-efficiency panels that fold flat for transport and extend on arrival.

Battery Modules

Scalable storage up to 500 kWh — sized to the mission, from a half-day to multi-day runtime.

Power Hub

Inverter, controls, and the microgrid brain that prioritizes critical loads and balances supply.

Built-in Generator

80–100 kW backup for extended runtime and redundancy when sun and storage aren't enough.

Connection Hub

AC/DC outputs, EV chargers, and a load panel — plug in buildings, tools, and vehicles.

Remote Monitoring

Smart energy management and remote telemetry keep it running safely, unattended, around the clock.

Three modes

Grid-tied, off-grid, or hybrid.

Back up a building when the grid is up, run a job site that has no service at all, or blend both to shave peak costs. SOLAR-TRUK switches modes on demand.

Grid-tiedOff-gridHybridCritical-load priority