SOLAR MOBILITY / INSTANCE 001

Solar drive.

Every component. Every joule.

1 m Representative engineering assembly

DRAG TO ORBIT / SCROLL TO ZOOM

Preparing the assemblyGeometry, materials, and WebGPU pipelines

00:00READY

Playback

Solar to bus0 WIncident sunlight converted to DC

At the wheels0 W0.0 km/h actual

Flywheel speed0 rpmStored mechanical energy

Battery reserve0 %Initial reserve is accounted

Power, in motion

SolarWheelsReserve change

1,000 W0 sWaiting for Run

Energy balance error 0.000000 WhDistance 0.00 kmRecovered 0.00 Wh

Can it sustain itself?

ENERGY ACCOUNTING

0W
reserve changeREADY

Run the model to see whether sunlight covers motion and system losses.

Model, assumptions & evidence +

What is simulated

Fixed-step longitudinal motion, panel irradiance and temperature derating, motor efficiency by speed and load, storage power limits, regeneration, thermal derating, and energy conservation. Initial battery and rotor energy are counted.

Gravity exchanges potential energy. Magnets exert forces; they add no energy. Solar surplus can recharge reserves. Empty storage and inadequate sunlight can stop the vehicle.

What the image means

The component assembly is representative engineering geometry, not manufacturing CAD. Field lines show topology, not a solved electromagnetic field. Flywheel rotation is slowed 120x to remain inspectable.

Dimensions, material choices, efficiency curves, bearing consumption, and containment mass are assumptions. No rotor structural certification, measured weather, cell aging, or crash analysis is claimed.

Sources & run identity

Physical calibration: not performed. Human visual review: pending.