Text tool

Neutral Earth Voltage Calculator

Estimate resistive neutral voltage drop for an explicitly source-bonded topology.

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V = I × R; length mode uses R = length × resistance per length. Percentage = model voltage / phase voltage × 100. Difference = measured − model.

Assumes a neutral-earth bond at the source, negligible earth-conductor drop and a resistive equivalent. Inputs describe the same conductor segment and operating condition.

No diagnosis or safety threshold. Harmonics, topology, electrode behaviour and faults cannot be inferred. Network diagnostics require explicit topology and impedance models.

A QUICK WALKTHROUGH

How to use this tool

  1. Select a resistance model.
  2. Enter current and resistance or length with resistance per length; optionally add phase voltage and a measurement.
  3. Calculate and export the full report.

Formula and scope

V = I × R; length mode uses R = length × resistance per length. Percentage = model voltage / phase voltage × 100. Difference = measured − model. Assumes a neutral-earth bond at the source, negligible earth-conductor drop and a resistive equivalent. Inputs describe the same conductor segment and operating condition.

Limitations

No diagnosis or safety threshold. Harmonics, topology, electrode behaviour and faults cannot be inferred. Network diagnostics require explicit topology and impedance models.

GOOD TO KNOW

Common questions

Limitations

No diagnosis or safety threshold. Harmonics, topology, electrode behaviour and faults cannot be inferred. Network diagnostics require explicit topology and impedance models.

How are inputs processed?

Locally in your browser; the report preserves raw inputs and full numeric precision.