Convert kilojoules to International BTU

Explanation

From this page you can convert kilojoules to International BTU (or kJ to BTU_IT) simply, by using the application above.

In case you are wondering, to convert from kilojoules to International BTU you need to multiply by 0.9478. This factor is calculated using the respective definitions of the two units you can find below.

Formula

1 kJ≈0.9478 BTU_IT

kilojouleskJ

dimension	energy
system	International system of units (SI)
symbol	kJ

The kilojoule (kJ) is a unit of energy in the International System of Units.

Definition of the kilojoule

One kilojoule is 1000 joules.

Equivalences

One kilojoule is equivalent to:

Some Facts

The estimated amount of energy the Earth receives from the Sun is 1.361 kilojoules per second and per square meters.

Prefix

kilo

10³

The prefix kilo- comes from the ancient Greek chilioi meaning thousand. The associated multiplicative factor is 1000 or 10³.

SI Energy Units

picojoule	pJ	0.000 000 000 001
nanojoule	nJ	0.000 000 001
microjoule	µJ	0.000 001
millijoule	mJ	0.001
joule	J	1
kilojoule	kJ	1000
megajoule	MJ	1 000 000
gigajoule	GJ	1 000 000 000
terajoule	TJ	1 000 000 000 000

Related Conversions

International BTUBTU_IT

dimension	energy
symbol	BTU_IT

The International BTU (BTU_IT) is a unit of energy.

Definition of the International BTU

The BTU is the amount of energy needed to raise the temperature of one pound of water by one degree Fahrenheit on average from the freezing and boiling point of water.

Value

The International BTU follows the same logic as the thermochemical BTU but with the International calorie instead.

Therefore one International BTU is equal to: 4.1868 × 453.59237 × 5/9 joules.

Equivalences

One International BTU is equivalent to:

Other BTUs

thermochemical BTU	BTU_th
International BTU	BTU_IT
BTU (mean)	BTU
BTU 39 °F	BTU
BTU 59 °F	BTU
BTU 60 °F	BTU

Multiple BTU units

All BTU units share the same base definition, that it is the amount of energy needed to raise the temperature of one pounds of water by one degree Fahrenheit. But they all differ on variables like the starting temperature of the water and the pressure.

To make things worse, most documents do not specify which BTU they are using. I therefore have to recommend you to be carefull if you require a precise result.