Overview
How this machine carries the load.
123-SG-7D83 is a solar and battery power system on one trailer. It is rated for 18 kW of continuous output; the inverter sets that limit. It delivers 120/240 V or 120/208 V at 50 / 60 Hz, with a 5 ms transfer. It powers single-phase 120 V and 240 V equipment; it does not supply three-phase loads. Storage is 42.4 kWh of lithium iron phosphate (LFP), 21.2 kWh of it usable at the standard 50% reserve: 2.28 hours at 9 kW on the battery alone. The 7.36 kW solar array produces 31.6 kWh/day on an average day, facing south. Solar offsets energy across the day rather than following the load minute by minute; below 1.32 kW it carries the site on its own. It arrives on its own 3-axle trailer, rated for operation from +14 to +131 °F (-10 to +55 °C).
Built for sites without grid power: telecommunications, construction, utilities, and oil and gas. Below 1.32 kW the site runs on sun and battery alone — silent, fuel-free and without limit. There is no engine on this build: nothing to fuel, nothing to service and nothing to hear.
On this machine
- 7.36 kW deployable solar array on 16 panels
- 42.4 kWh energy storage across 8 arrays
- No engine — nothing to fuel, service or hear
- 3-axle road-towable platform
Performance
Performance across the load range.
Zero to 18 kW, the rated maximum.
battery only, 50% settingbattery only, 30% settingthe array carries the whole dayrated continuous output
| Loadcontinuous, 24 h | Solar generationthe array, per day | Battery only | Daily drawload × 24 h | After solar | Days of autonomy |
|---|---|---|---|---|---|
| 1.32 kWsolar break-even | 31.6 kWh | 15.59 h / 21.83 h | 31.6 kWh | covered | indefinite |
| 3 kW | 31.6 kWh | 6.85 h / 9.6 h | 72 kWh | 40.4 kWh | 0.51 days |
| 6 kW | 31.6 kWh | 3.43 h / 4.8 h | 144 kWh | 112.4 kWh | 0.18 days |
| 9 kW | 31.6 kWh | 2.28 h / 3.2 h | 216 kWh | 184.4 kWh | 0.11 days |
| 12 kW | 31.6 kWh | 1.71 h / 2.4 h | 288 kWh | 256.4 kWh | 0.08 days |
| 15 kW | 31.6 kWh | 1.37 h / 1.92 h | 360 kWh | 328.4 kWh | 0.06 days |
| 18 kW | 31.6 kWh | 1.14 h / 1.6 h | 432 kWh | 400.4 kWh | 0.05 days |
Every load here runs continuously, and the day is 24 hours — daily draw is the load × 24 h, so 2 kW is 48 kWh. A load that runs an 8-hour shift draws a third of the figure shown and lasts three times as long. Battery-only hours are given at both state-of-charge settings. Solar is a daily energy offset, not an instantaneous power match — over a day it balances, within a day it is not a guarantee of cover.
Size it for your site
Your load, on 123-SG-7D83.
Most sites swing between a low and a high. Enter both, and the hours a day spent at the high, and the figures follow your day rather than a flat worst case. The load is yours — nothing is assumed until you enter it, and nothing that names you is kept; the PDF button builds the engineering sheet from the figures you enter.
PDF The engineering sheet, with page two worked out for your load.
| Held flat at your high24 h at the high load | Your dayhigh and low, as entered |
|---|
Read from the performance table above: engine hours and fuel follow the day's energy, so your day is read at its average load; solar is the published daily figure; battery-only hours are the published bank at your high load. A load held for 24 hours is the worst case at that level. With no days entered it runs indefinitely; a week and a year are your day repeated, at the same sun.
Gallery
On site and on the road.
Applications