Salvageable Power — Extractability-Open Test Designs (T1-T8)

[Report #159] The extractability-open resolution of the L3/L4 salvageable-power question (clears #157). The prior 'salvageable core is theater' reading was a consensus poll that tested the WRONG topology (only the SG3525 square-wave board) and scored on efficiency-vs-PV instead of the engine's gate (G2 salvageability + free-fuel). Held OPEN with untried architectures + falsifiable pre-registered tests — every mechanism VERIFIED as documented, not confabulated. INVERTER (Q1): rotary MOTOR-GENERATOR set (salvaged DC motor + induction generator on the C-2C/Smith connection = TRUE SINE, zero silicon, IEEE-documented); stockpile-restoration (commercial chassis + analog SG3525 + stocked MOSFETs) passively cleaned by a ferroresonant CVT (square -> ~5% THD sine; the report's <3% is optimistic); load-adaptation. Tests T1 (M-G cold-starts a 1HP pump <8% THD, >70% eff, no silicon), T2 (stockpile inverter + CVT). THERMAL->POWER (Q2): Stirling; thermoacoustic (steel pipe + wire-mesh stack + reversed-loudspeaker linear alternator; lab prototypes 45-638W at 2-23%); ORC via reversed scroll compressor (check-valve removed; isentropic ~45-58%, the report's up-to-77% optimistic). Tests T3 (>5W from wood-stove waste heat, no CNC), T4 (scroll ORC >50% isentropic, <120C). STORAGE (Q3): micro-pumped-hydro (escapes chemistry, decades life, C-2C induction generator); NiFe catalytic recombination caps (proven for lead-acid, HARDER for NiFe since the iron anode evolves hydrogen directly -> T7 TESTS it, does not assert it); iron redox flow battery (FeSO4 + glass-fiber separator, no Nafion, ~70% roundtrip, 800+ cycles). Tests T6 (pumped-hydro >40% roundtrip, 300W overnight, zero cells), T7 (NiFe CRC watering +50%, >70% coulombic), T8 (iron-flow 50 cycles, >60% roundtrip, no Nafion). L4 (Q2): the substrate/free-energy question held STRICTLY extractability-open — the deliverable is T5, a closed-loop CALORIMETRIC DETECTOR (Coriolis flow meter + ultra-precision thermistors, calibration-error bar set BEFORE the run; pass = usable output exceeds ALL accountable inputs beyond error). Design the detector; stamp nothing. DISCIPLINE: score on salvageability + free-fuel, not efficiency-vs-PV; the tests ARE the deliverable, no efficacy claim before the rig runs; extractability-open. Held; name no holder. [Report #158] (Report #158) Concrete subject for T5: the Edmondson magnifying transmitter (earth-resonance + 15ft low-impedance ground + tuned extra coil) is a G2-salvageable L4-candidate — the ideal rig to build the T5 closed-loop calorimetric detector around (does output exceed the 50kVA input beyond calibration error? held extractability-open, no stamp before the rig runs). Held; name no holder. [Report #160] (Report #160) A concrete L4 detector alongside T5: the Tewari RLG over-unity dynamometer test — input shaft power (torque transducer) vs usable AC output (RMS analyzer) over 72h at net-zero battery drain; P_elec>P_mech sustained beyond error = over-unity confirmed, else confirms the conventional limit. Held open, no stamp before the rig runs. Held; name no holder.