BUILT FOR THE REAL WORLD
LESS GUESSWORK. MORE INDEPENDENCE.

When the grid stops,
life keeps going.

Find out what your backup can really do. Build your setup,
fine-tune the conditions, and make a confident power plan.

A little planning.
A lot of peace of mind.

Start with your everyday.

CHOOSE A SCENARIO OR BUILD YOUR OWN
01 — YOUR SETUP

A plan that fits your life.

Power station

LiFePO₄
2,048 WhBattery capacity2,400 WAC output1,000 WMax solar input

What are you powering?

3 APPLIANCES
APPLIANCEWATTSDUTY CYCLE
LED lights
Laptop
Starlink

Startup power (surge W) Check the appliance label or datasheet.

Average running load 122 W

Real-world conditions

LIVE
−20°C · cold weather45°C · hot weather
0 hrs · overcast8 hrs · full sunshine
Solar panels200W each · wired in parallel
1
Use more capacityKeep more in reserve

Real physics. Clearer decisions.

A useful estimate starts with honest assumptions.

Built around your reality

Temperature, duty cycles, inverter losses, and solar conditions all count. Change a variable and see the difference.

A starting point, not a promise

Results are planning estimates. Sample hardware data is unverified. Always check current manufacturer specifications.

Explore the assumptions

Vanlife & remote work: planning assumptions

How is battery runtime estimated?

We apply 90% conversion efficiency, a 10% battery reserve, temperature derating, appliance duty cycles, and 10W inverter overhead. Runtime is an estimate, not a guarantee.

Does solar extend the runtime shown?

Battery-only runtime excludes solar. The selected array is estimated to produce 640 Wh per day using peak sun hours and a 20% solar loss allowance.

Are these product specifications verified?

This demo uses illustrative catalog data. Confirm current specifications, connectors, regional voltage, and installation requirements with the manufacturer before purchasing.