G Series · Industrial modular power
Start with a main base and battery module, then add stored energy, independent inverter channels and solar input as your RV, cabin, backup or worksite plan grows.
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Model by model
Modular high-output starting point
One main base and one battery pack deliver industrial-grade output in the smallest G Series configuration.
Best forConstruction tools, RV shore power and focused backup
Double the stored energy
4,800Wh of storage, a 3,300W inverter and a TT-30 RV outlet, with a second 2.4kWh battery pack extending runtime on 1,000W of solar.
Best forRV stays, cabins and longer mobile work
Runtime first, output optional
Three 2.4kWh battery modules behind one 3.3kW inverter channel, or behind two for 6,600W across independent outputs. The storage is identical; the AC plan is what changes.
Best forCabins, backup essentials and high-draw tools
Maximum storage and output
Four battery modules and 9,600Wh of storage, with two inverter channels at 6,600W or three at 9,900W — the largest published configuration in the G Series lineup.
Best forConstruction, mobile workshops and whole-home planning
Battery · Inverter · Chassis
Three modules that change what a G Series stack can do: a 2.4kWh battery for runtime, a second 3,300W inverter channel for output, and a wheeled chassis for moving the whole build.
Best forEvery G Series configuration
Video demos
Two short demos cover what the specification table cannot: a 2.4kWh module detached and stacked back on, every input and output on the base walked through one by one, then the trolley underneath — how the stack rolls on it and how the chassis comes off when the system has to be loaded or stored.
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Assembly & ports
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Trolley
How modular works
A modular portable power station lets the system change with the job. Add battery modules when you need more hours, add inverter modules when you need more independently managed AC output, and keep the configuration grounded in the documented limits.
The control center supplies the starting AC channel, AC charging, solar input and system controls.
Each compatible battery adds 2.4kWh of stored energy so runtime can grow without replacing the base.
Each added inverter creates another independently managed AC output channel for configured high-demand loads.
The matching mobile chassis keeps the assembled stack together when the system needs to move.
System range Named configurations run from 2.4kWh to 9.6kWh. Compatible linked US configurations can reach up to 55.2kWh and 16.5kW; capacity and output depend on the exact system plan.
Choose the starting point
Start with the device load and required runtime. The right G Series configuration is the smallest system that meets both, with room to expand later.
| Configuration | Capacity | AC output | Modules | Best starting use |
|---|---|---|---|---|
| G2400 | 2,400Wh | 3,300W | 1 main base + 1 battery | Start with high output for focused backup and tools. |
| G4800 | 4,800Wh | 3,300W | 1 main base + 2 batteries | Add stored energy for RV stays and cabins. |
| G7200 | 7,200Wh | 3,300W / 6,600W | 1 main base + 3 batteries · optional 2nd inverter | Prioritize longer runtime; the Pro configuration adds a second AC channel. |
| G9600 | 9,600Wh | 6,600W / 9,900W | 1 main base + 4 batteries + 1–2 inverters | High power with long runtime; Ultra adds a third channel. |
The modules behind every configuration
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The lineup
Stack power. Scale freely. Named configurations span 2.4–9.6kWh. Multiple systems can be linked with compatible original factory cables for up to 55.2kWh and 16.5kW total output in the US specification; plan each inverter channel and installation separately.
Runtime first
Choose a model and enter the combined running watts. This makes battery size tangible before you compare ports and secondary features.
2,400Wh × 85% ÷ 100W
3,300W. Motors, compressors and tools may need extra startup power; G Series loads must also fit within each inverter channel.Runtime snapshots
These estimates use 85% of listed capacity divided by a steady load. They help compare configurations; real appliances cycle, surge and change demand.
| Model | Refrigeration120W | Work lights200W | Water pump800W | Cutoff saw2,200W |
|---|---|---|---|---|
| G24002,400Wh | 17.0 hr | 10.2 hr | 2.5 hr | 56 min |
| G48004,800Wh | 34.0 hr | 20.4 hr | 5.1 hr | 1.9 hr |
| G72007,200Wh | 51.0 hr | 30.6 hr | 7.7 hr | 2.8 hr |
| G96009,600Wh | 68.0 hr | 40.8 hr | 10.2 hr | 3.7 hr |
Calculation method Estimated runtime = usable capacity × 0.85 ÷ average load watts. The 0.85 planning factor represents typical conversion loss; temperature, battery age, device cycling, startup surge and simultaneous loads can change the result.
Modular power FAQ
Use the documented configuration, load and runtime limits to plan a system that can grow without guessing.
Read all technical answersIt is a power system built from a main base, detachable battery modules and, on supported configurations, additional inverter modules. You can choose the starting capacity and expand the system as the load or runtime plan grows.
Adding a battery increases stored energy and runtime. Output power increases only when the configuration supports additional inverter modules; the exact output depends on the regional model and connection plan.
G4800 is a practical starting point for RV refrigeration, connectivity and appliances between hookups. Choose G7200 when the same loads need to run longer, and pair the system with compatible solar input for daytime recovery.
The G Series is designed to start with a main base and battery modules, then add compatible batteries or inverters within the documented configuration limits. Confirm the exact cable, order and regional compatibility in the user manual before expanding.
Yes, when the tool's continuous and startup demand fit the selected inverter channel. The G7200 Pro and G9600 Ultra configurations add independent channels for configured high-draw tools; check the tool nameplate and startup demand before use.
