Kelvins (energy) to Watt-hours Converter

1 kelvin (energy) (K·k_B) equals 3.8351361 × 10-27 watt-hours (Wh).

Quick answer

  • 1 kelvin (energy) = 3.8351361 × 10-27 watt-hours
  • 1 watt-hour = 2.6074694 × 1026 kelvins (energy)
  • Formula: Wh = K·k_B ÷ 2.6074694 × 1026

1 kelvin (energy) = 3.8351361 × 10-27 watt-hours

How to convert kelvins (energy) to watt-hours

Wh = K·k_B ÷ 2.6074694 × 1026

To convert kelvins (energy) to watt-hours, divide the number of kelvins (energy) by 2.6074694 × 1026.

Example: 1 K·k_B to Wh

  1. Start with the value in kelvins (energy): 1 K·k_B.
  2. Divide by 2.6074694 × 1026: 1 ÷ 2.6074694 × 1026 = 3.8351361 × 10-27.
  3. Result: 1 kelvin (energy) = 3.8351361 × 10-27 watt-hours.

Going the other way, 1 watt-hour = 2.6074694 × 1026 kelvins (energy), so to convert watt-hours back to kelvins (energy) you multiply by the same number. See watt-hours to kelvins (energy).

Kelvins (energy) to watt-hours conversion table

Kelvins (energy) (K·k_B)Watt-hours (Wh)
1 K·k_B 3.8351361 × 10-27 Wh
2 K·k_B 7.6702722 × 10-27 Wh
3 K·k_B 1.1505408 × 10-26 Wh
4 K·k_B 1.5340544 × 10-26 Wh
5 K·k_B 1.9175681 × 10-26 Wh
6 K·k_B 2.3010817 × 10-26 Wh
7 K·k_B 2.6845953 × 10-26 Wh
8 K·k_B 3.0681089 × 10-26 Wh
9 K·k_B 3.4516225 × 10-26 Wh
10 K·k_B 3.8351361 × 10-26 Wh
100 K·k_B 3.8351361 × 10-25 Wh

What is a kelvin (energy)?

In statistical physics an energy is sometimes expressed as a temperature through the Boltzmann constant: 1 K corresponds to 1.38 × 10⁻²³ J.

More about kelvins (energy) →

What is a watt-hour?

The watt-hour is the energy of one watt for one hour, 3,600 J.

More about watt-hours →

Convert kelvins (energy) to other units

Convert other units to watt-hours

Frequently asked questions

How many watt-hours are in a kelvin (energy)?

One kelvin (energy) is 3.8351361e-27 watt-hours.

How many kelvins (energy) are in a watt-hour?

One watt-hour is 2.6074694e26 kelvins (energy).

What is the formula to convert kelvins (energy) to watt-hours?

Wh = K·k_B ÷ 2.6074694 × 10^26.