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1,500 Wh, 75 MW

A 60-second read-along · Christopher Gabriel Brown

The quantum battery’s specified design figures, drawn as a burst curve and a closed loop: 1,500 Wh across 20 quantum-battery layers, a 75 MW burst, LED power recycling at 90% across 32 harvester zones, EM cooling at 97% across 32 thermal zones, 84–98% overall. Narration plays in your browser.

StoredBurstClosed loop
Quantum Battery System
SPECIFIED DESIGN FIGURES
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Transcript

The quantum battery is AutoPhi without the data-processing parts. Twenty quantum-battery layers hold fifteen hundred watt-hours. Drawn as a line, stored energy is long and flat.

One burst delivers seventy-five megawatts. On the same chart that is a sharp spike: stored energy let out at once, then the level settles and recharges.

Then the loop closes. LED power recycling at ninety percent across thirty-two harvester zones. EM cooling at ninety-seven percent across thirty-two thermal zones. Eighty-four to ninety-eight percent overall closed-loop efficiency, with the net surplus exported to external loads.

These are the product's specified design figures, stated the same in its README and at the head of its RTL. The chip takes a waste-heat input and applied power, and exports only its surplus: recycled energy less the measured cooling draw and quantum overhead.

Connect waste heat input, connect export output, apply power. The chip does the rest.

A battery is the chip without the processing →Seed Two, seven generations →

© Christopher Gabriel Brown (CRI-ONE), cri-one.com