Convert Gigajoules to Kilo BTU

Enter a value in gigajoules to convert it to kilo btu. The result updates instantly and includes the formula and calculation steps.

Gigajoules to Kilo BTU calculator

to
GJ
Kilo BTU
kBTU

Gigajoules to Kilo BTU formula

Use this formula to convert gigajoules to kilo btu:

Kilo BTU = Gigajoules/1055.05585262e-6

Calculation

Enter a valid number above to see the formula with your value substituted step by step.

Gigajoules to Kilo BTU Conversion Table

Reference values for converting Gigajoules to Kilo BTU.

Gigajoules (GJ)Kilo BTU (kBTU)
0.1 GJ94.7817 kBTU
1 GJ947.8171 kBTU
2 GJ1895.6342 kBTU
5 GJ4739.0856 kBTU
10 GJ9478.1712 kBTU
20 GJ18956.3424 kBTU
50 GJ47390.856 kBTU
100 GJ94781.712 kBTU

Worked example

Convert 3 Gigajoules to Kilo BTU

Kilo BTU = 3/1055.05585262e-6 = 2843.4514 Kilo BTU

About these units

Gigajoules

A Gigajoule (GJ) is a unit of energy equal to 1,000,000,000 joules. It is commonly used to measure very large quantities of energy, such as the energy consumption of cities, the energy production of power plants, and the energy content of large quantities of fuel. One gigajoule is the amount of energy required to apply a force of one newton over a distance of one billion meters, or the energy transferred when one gigawatt of power is applied for one second. Gigajoules are used in various fields, including energy production, industrial processes, and large-scale energy management, providing a standard measure for comparing substantial energy transfers and consumption.

Kilo BTU

A kiloBritish Thermal Unit (kBTU) is a unit of heat energy equal to 1,000 British Thermal Units (BTUs). One kBTU represents the amount of heat required to raise the temperature of 1,000 pounds of water by one degree Fahrenheit. This unit is commonly used in the heating, ventilation, and air conditioning (HVAC) industry to quantify the heating and cooling capacities of larger systems and equipment. It is also used in energy management and building energy performance assessments to evaluate and compare the energy usage and efficiency of different systems and buildings.