Technology and architecture

More than a solar generator.

Solar battery generator technology, coordinated as one system: renewable generation, stored energy, automated source management, backup generation, and a mobile field platform.

System architecture

Power sources that work as one.

Generation, storage, intelligent controls, backup power, and load delivery are engineered as one coordinated system.

  1. 01

    Generate

    The deployable solar array captures the primary energy input.

  2. 02

    Store

    The 123eNRG power cell retains energy for controlled use.

  3. 03

    Orchestrate

    Intelligent controls coordinate sources, storage, and load.

  4. 04

    Back up

    Diesel generation engages automatically when required.

  5. 05

    Deliver

    Stable power reaches the connected application.

01 · Generation

The array is where the energy comes from.

Everything downstream — the bank, the inverter, the controls — exists to hold and shape what the panels collect. The array folds within the trailer envelope for transport, raises and tilts on site, and stows again before the unit moves.

123-SG-7S42 — The array raised against the evening sky: 7.36 kW of panels on one trailer.
123-SG-7S42 — The array raised against the evening sky: 7.36 kW of panels on one trailer.
  • Deployed, not fixed. The panels tilt out past the width of the trailer and are angled to the site, then folded back inside its envelope for tow.
  • Nameplate power, published per configuration. Each configuration's array rated power and panel count are recorded with its specification, not quoted from a range.
  • Charging is the array's whole job. It feeds the battery bank; the inverter, not the array, sets what the system can deliver at any instant.
  • No engine required to collect it. A solar-only platform runs on this section alone, and on a Tri-Brid™ the array keeps working whether the engine is running or not.

Published array figures

Read from the published specification for each system. Daily production is the estimate published with that specification; what an array makes on a given day is governed by the site, the season and the weather. Per-panel wattage is not published and is not stated here.
Configuration Array rated power Panels Estimated daily production
123-SG-1A10 1.47 kW 3 6.3 kWh/day
123-SG-4D41 4.6 kW 10 19.8 kWh/day
123-SG-4S82 4.6 kW 10 19.8 kWh/day
123-SG-4S82-40 4.6 kW 10 19.8 kWh/day
123-SG-7D63 7.36 kW 16 31.6 kWh/day
123-SG-7S42 7.36 kW 16 31.6 kWh/day
123-SG-7S82 7.36 kW 16 31.6 kWh/day
123-SG-7S82-40 7.36 kW 16 31.6 kWh/day
123-SG-900A10 0.98 kW 2 4.2 kWh/day
123-STG-42S51 4.6 kW 10 19.8 kWh/day
123-STG-71S62 7.36 kW 16 31.6 kWh/day
123-STG-72D62 7.36 kW 16 31.6 kWh/day
The 123eSolar difference

Designed as a complete operating system.

The value is not any one component. It is how the sources, controls, storage, enclosure, and service architecture work together.

Deployable generation

Solar capacity is packaged for transport and positioned for field deployment.

123eNRG storage

Stored energy supports loads without unnecessary backup-generator runtime.

Coordinated controls

The control layer manages charging, storage, backup, and connected demand.

Serviceable platform

Protected components remain accessible for inspection and maintenance.

See the architecture in the right platform.

Compare verified configurations or start with your operating requirement.

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