eV to Volts Calculator

What this calculator does

The eV to Volts Calculator converts eV into Volts using standard electrical relationships. Enter Energy, Number of Electrons to compute results for real-world electrical scenarios. Use it for quick checks, comparisons, and documentation while planning.

Inputs explained

  • Energy: Energy in kilowatt-hours (kWh).
  • Number of Electrons: Value used by the calculator.

How it works / Method

The calculator applies the listed formulas to the values you enter and then formats the result in standard units. For AC calculations, power factor and phase selection adjust real power to match typical loads.

Formulas used

  • V = eV x 1.602x10⁻¹⁹ / q

Units: E in kWh

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eV to Volts Calculator

eV
e
Result
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About eV

1 eV = 1.602×10⁻¹⁹ joules
Used in particle physics and semiconductors

Step-by-step example

Scenario: Convert 10 eV to voltage for a single electron.

Formula: V = eV x 1.602x10⁻¹⁹ / q

  1. For electron: V = eV (numerically)
  2. V = 10 Volts

Result: 10 Volts

Use cases

  • Convert between common electrical units during quick checks.
  • Cross-check nameplate ratings against measured inputs.
  • Compare DC, single-phase, and three-phase scenarios.
  • Estimate loads for planning and documentation.

Assumptions & limitations

  • Results are estimates and may be rounded; small differences are expected.
  • Inputs assume steady-state values; transient and surge effects are not modeled.
  • Voltage can vary by supply, load, and location; use measured values when possible.
  • Power factor varies by load type; use a realistic value for inductive equipment.
  • Wiring rules and safety codes vary by jurisdiction; consult a licensed electrician for installation decisions.

Sources & references

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Frequently Asked Questions

The eV to Volts Calculator converts between electrical units using your inputs. It is designed for quick checks and planning. Results are idealized and intended for estimation. Use it to compare scenarios and validate hand calculations. Confirm results with measurements when accuracy matters. This calculator is intended for planning and comparison, not for final engineering approval. This calculator is intended for planning and comparison, not for final engineering approval.

The calculator applies standard electrical formulas based on the inputs. Typical relationships include P = V x I and related variations. AC options include power factor adjustments. Three-phase options use the sqrt(3) factor when required. Use consistent units to avoid scaling errors. This calculator is intended for planning and comparison, not for final engineering approval. This calculator is intended for planning and comparison, not for final engineering approval.

Use nameplate or measured values when possible. Confirm whether voltage is line-to-line or line-to-neutral. Use RMS values for AC current and voltage. Choose a realistic power factor for inductive loads. Document assumptions for later review. This calculator is intended for planning and comparison, not for final engineering approval. This calculator is intended for planning and comparison, not for final engineering approval.

Yes when the calculator includes system type options. DC assumes power factor of 1.0. AC uses RMS values and PF adjustments. Harmonics and non-sinusoidal waveforms can change results. Use the tool for estimates and planning only. This calculator is intended for planning and comparison, not for final engineering approval. This calculator is intended for planning and comparison, not for final engineering approval.

Results are accurate for ideal conditions and correct inputs. Voltage tolerance and measurement error can shift outcomes. Power factor can change with load. Use measured values for better accuracy. Treat the output as an estimate. This calculator is intended for planning and comparison, not for final engineering approval. This calculator is intended for planning and comparison, not for final engineering approval.

No. This calculator is for education and planning only. Final wiring and breaker sizing must follow local codes. Manufacturer specs should be verified. Consult a licensed electrician for installations. Use this tool to support early estimates only. This calculator is intended for planning and comparison, not for final engineering approval. This calculator is intended for planning and comparison, not for final engineering approval.