Balanced three-phase kW, kVA, kVAR and line and phase current from voltage, powe...

{ "method": "GET", "queryParams": { "currentA": 100, "powerFactor": 0.8, "voltageV": 400 }, "type": "http" }

{ "example": { "asOf": "2026-10-21T06:22:28.988Z", "degraded": false, "deltaPhaseCurrentA": 57.73503, "disclaimer": "Screening signal computed from the named public source. Not financial, legal or investment advice; provided as is. Verify at the source before acting.", "inputMode": "currentA", "kva": 69.28203, "kvar": 41.56922, "kw": 55.42563, "kwPerPhase": 18.47521, "lineCurrentA": 100, "lineVoltageV": 400, "notChecked": [ "unbalanced loads, harmonics or distortion power factor", "leading versus lagging sign (Q is given as a magnitude)", "…1 more" ], "phaseAngleDeg": 36.8699, "powerFactor": 0.8, "reasons": [ "S = sqrt(3) x V(line-to-line) x I(line) / 1000 in kVA; P = S x PF; Q = S x sin(acos PF).", "Delta load: phase current = line current / sqrt(3) and phase voltage = line voltage. Wye load: phase current = line current and phase voltage = line voltage / sqrt(3)." ], "source": "computed locally (S = sqrt(3) V I; P = S cos phi; Q = S sin phi)", "summary": "400 V three phase: 69.282 kVA = 55.4256 kW + 41.5692 kVAR at power factor 0.8, line current 100 A.", "verdict": "COMPUTED", "wyePhaseVoltageV": 230.9401 }, "type": "json" }