Use-case guide · Choose by job

Start with the life you power.

Every recommendation begins with the job, the device load and the time away from an outlet.

01 · OutputWill it start and run every device?
Add simultaneous running watts, then check motor and compressor surge.
02 · RuntimeHow many hours must essentials stay on?
Use average load—not only peak watts—to estimate the energy needed.
03 · RecoveryWhen and how will you recharge?
AC is predictable. Solar depends on daylight, weather, angle and shade.

01 · OutdoorP600 / P1200

Recommended path

Camp without the generator soundtrack.

Run lights, phones, cameras, laptops and small cooking gear while keeping the campsite quiet.

What this setup is for

LED lightingPhones & camerasLaptopSmall cooler

Power decision

Output: 10–600W essentials
Runtime: Prioritize lights, cooling and charging
Recharge: AC before departure; add 200W solar for daylight recovery

Start here

Start with P600; step to P1200 when your appliance draw or trip length grows.

02 · RVG4800 / G7200 + 400W solar

Recommended path

Bring dependable power onto the road.

Support refrigeration, connectivity, entertainment and countertop appliances between hookups.

What this setup is for

RV refrigeratorCoffee makerRouterTV & laptop

Power decision

Output: Check appliance startup watts
Runtime: 4.8–7.2kWh based on refrigeration and time between hookups
Recharge: Use shore power when available; add 400W solar between hookups

Start here

Pair G4800 or G7200 with the compatible 400W solar panel; choose G7200 when refrigeration and onboard appliances need longer runtime between hookups.

03 · Cabin + solarG4800 + 400W solar

Recommended path

A short escape that stays comfortably powered.

Build a temporary off-grid setup for a rented cabin, hunting lodge or remote weekend workspace.

What this setup is for

Mini fridgeLightingLaptop & routerWater pump

Power decision

Output: Plan continuous loads before comfort loads
Runtime: 4.8kWh for a short stay with planned overnight loads
Recharge: Use solar to replace daytime consumption, not as a guarantee

Start here

Start with G4800 for 4.8kWh of modular storage, then pair it with the compatible 400W solar panel for daylight recovery during a short cabin escape.

04 · EmergencyG7200 Pro / G9600 Ultra

Recommended path

Keep the essential layer alive.

Plan for the loads that matter first: communication, lighting, refrigeration and critical home devices.

What this setup is for

RefrigeratorRouter & phonesLightsMedical device*

Power decision

Output: Separate essential circuits and startup peaks
Runtime: Size outage hours from the combined average load
Recharge: Keep an AC and solar recovery plan ready

Start here

G7200 Pro adds dual inverter channels and 0ms transfer when configured as specified. Linked systems can scale to 55.2kWh for professionally planned backup.

*For medically necessary equipment, verify power quality, transfer behavior and runtime with the device manufacturer and a qualified professional.

05 · ToolsG7200 Pro / G9600 Ultra

Recommended path

Take AC power to the work, not the other way around.

Run demolition hammers, concrete breakers, cutoff saws and multiple chargers where grid power is unavailable.

What this setup is for

Demolition hammerConcrete breakerCutoff sawMultiple chargers

Power decision

Output: 3.3kW per independent inverter channel
Runtime: Use duty cycle—not nameplate watts alone—for work time
Recharge: Fast AC recovery between shifts; solar for idle-time top-up

Start here

G7200 Pro provides two independent 3.3kW inverter channels; G9600 Ultra raises total output to 9.9kW across three channels. Check each tool’s rated and startup demand per channel.

Before you choose

The three-question fit check.

01
Can it start the device? Check continuous watts and startup surge.
02
Can it run long enough? Estimate runtime from usable watt-hours.
03
Can you recharge it? Plan AC, vehicle or compatible solar input.