Energy Revolution System Technical Specifications

- Coil type: bifilar pancake (flat spiral, two parallel strands) - Wire: insulated copper, two gauges (primary and secondary roles) - Magnets: neodymium, commonly N52 grade, adjustable spacing - Rectification: diode bridge or discrete diodes - Smoothing: capacitor bank - Output stage: low-voltage DC; optional small inverter for AC loads - Enclosure: plastic project box or wood base - Input: battery, bench supply, or small adapter during testing - Reported output range: roughly 5–50 W under favorable conditions - Physical size: shoebox-scale

The vendor does not publish a public engineering datasheet — specifications live inside the paid PDF. What exists publicly are buyer-reported builds and reviewer reconstructions. Treat the numbers above as typical, not certified.

Any serious spec sheet requires input-side and output-side instrumentation. If you build one, log: input voltage/current, output voltage/current under defined load, duty cycle, and duration. Without that, "specifications" degrade into impressions.

Low voltage keeps shock risk minimal. Thermal risk from poor joints and short-circuit risk from unfinished wiring are the practical hazards. The guide includes fuse and grounding notes; follow them even when inconvenient.

A 20 W phone charger is a fair mental comparison for best-case output. Your refrigerator compressor alone can draw 100–200 W continuously at startup — an order of magnitude beyond this build's documented class.