Regenerative Braking / Mobile Crypto Mining

Notice it.

An electric vehicle recovers braking energy all day and then sits parked for hours with a large battery doing nothing.

Make it better.

A parked EV becomes a small, controlled compute node. Braking energy is recovered by the motor-generator, passed through the inverter and stored in the traction battery. A manufacturer-approved power export outlet feeds a controlled supply enclosure with a power limit, battery cutoff and metering. That supply runs a compact, sealed ASIC mining module in the trunk with a filtered air intake, hot-air exhaust ducted outdoors, a secured removable mount and a network link. Mining is enabled only while parked and in a supported mode such as accessory or camp mode.

Note Recovered energy is stored in the vehicle battery and mining consumes that energy, so it reduces available driving range. Output and profitability require validation.

• 01 Energy recovery: motor-generator, inverter, traction battery
• 02 Controlled power: manufacturer-approved export, power limit, battery cutoff, metered supply
• 03 Mining module: sealed ASIC rig, filtered intake, ducted exhaust, secured mount, network link
• System: regenerative braking, vehicle battery, approved export, controlled supply, mining rig
• Only while parked, in a manufacturer-supported mode

Validating export power limits with a specific vehicle platform.

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