Convert kw to btu/h
1 kilowatt equals 3,412.1416 btu per hour. Enter a value below to convert instantly.
Multiply the number of kilowatts by 3412.14163313 to get btu per hour. How this is calculated
Need the other direction? Convert btu per hour to kilowatt →
Formula
Multiply the number of kilowatts by 3412.14163313 to get btu per hour.
Step by step
- Start with 1 kW.
- Multiply by the conversion factor 3412.14163313.
- 1 × 3412.14163313 = 3,412.1416 BTU/h.
Kilowatts to BTU per Hour conversion table
| Kilowatts (kW) | BTU per Hour (BTU/h) |
|---|---|
| 1 | 3,412.1416 |
| 2 | 6,824.2833 |
| 5 | 17,060.708 |
| 10 | 34,121.416 |
| 20 | 68,242.833 |
| 50 | 170,607.08 |
| 100 | 341,214.16 |
| 500 | 1,706,070.8 |
| 1,000 | 3,412,141.6 |
Convert Kilowatt to other power units
1 kW expressed in every other power unit on this site.
- Watt W 1,000
- Kilowatt kW 1
- Megawatt MW 0.001
- Gigawatt GW 0.000001
- Terawatt TW 1e-9
- Milliwatt mW 1,000,000
- Microwatt µW 1,000,000,000
- Nanowatt nW 1,000,000,000,000
- Picowatt pW 1e+15
- Femtowatt fW 1e+18
- Attowatt aW 1e+21
- Centiwatt cW 100,000
- Deciwatt dW 10,000
- Dekawatt daW 100
- Hectowatt hW 10
- Petawatt PW 1e-12
- Exawatt EW 1e-15
- Volt-ampere VA 1,000
- Kilovolt-ampere kVA 1
- Joule per Second J/s 1,000
- Kilojoule per Second kJ/s 1
- Joule per Hour J/h 3,600,000
- Megajoule per Second MJ/s 0.001
- Gigajoule per Second GJ/s 0.000001
- Terajoule per Second TJ/s 1e-9
- Petajoule per Second PJ/s 1e-12
- Exajoule per Second EJ/s 1e-15
- Hectojoule per Second hJ/s 10
- Dekajoule per Second daJ/s 100
- Decijoule per Second dJ/s 10,000
- Centijoule per Second cJ/s 100,000
- Millijoule per Second mJ/s 1,000,000
- Microjoule per Second µJ/s 1,000,000,000
- Nanojoule per Second nJ/s 1,000,000,000,000
- Picojoule per Second pJ/s 1e+15
- Femtojoule per Second fJ/s 1e+18
- Attojoule per Second aJ/s 1e+21
- Joule per Minute J/min 60,000
- Kilojoule per Hour kJ/h 3,600
- Kilojoule per Minute kJ/min 60
- Erg per Second erg/s 10,000,000,000
- Horsepower (mechanical) hp 1.3410221
- Horsepower (metric) PS 1.3596216
- Horsepower (electric) hp(E) 1.3404826
- Horsepower (boiler) hp(S) 0.101942
- Horsepower (water) hp(water) 1.3404053
- BTU per Hour BTU/h 3,412.1416
- BTU per Minute BTU/min 56.869027
- BTU per Second BTU/s 0.94781712
- MBTU per Hour MBTU/h 3.4121416
- MMBTU per Hour MMBTU/h 0.0034121416
- Ton of Refrigeration RT 0.28434514
- Calorie (th) per Second cal(th)/s 239.00574
- Kilocalorie (th) per Hour kcal(th)/h 860.42065
- Kilocalorie (th) per Minute kcal(th)/min 14.340344
- Kilocalorie (th) per Second kcal(th)/s 0.23900574
- Calorie (th) per Hour cal(th)/h 860,420.65
- Calorie (th) per Minute cal(th)/min 14,340.344
- Calorie (IT) per Second cal(IT)/s 238.8459
- Calorie (IT) per Minute cal(IT)/min 14,330.754
- Calorie (IT) per Hour cal(IT)/h 859,845.23
- Kilocalorie (IT) per Second kcal(IT)/s 0.2388459
- Kilocalorie (IT) per Minute kcal(IT)/min 14.330754
- Kilocalorie (IT) per Hour kcal(IT)/h 859.84523
- BTU (th) per Hour BTU(th)/h 3,414.4251
- BTU (th) per Minute BTU(th)/min 56.907085
- BTU (th) per Second BTU(th)/s 0.94845141
- Foot-pound per Second ft·lbf/s 737.56215
- Foot-pound per Minute ft·lbf/min 44,253.729
- Foot-pound per Hour ft·lbf/h 2,655,223.7
- Kilogram-force Meter per Second kgf·m/s 101.97162
- Poundal-foot per Second pdl·ft/s 23,730.36
About the kilowatt
The kilowatt (kW) is a SI unit of power.
About the btu per hour
The btu per hour (BTU/h) is a Imperial unit of power.
Where this conversion is used
Converting kilowatts to btu per hour comes up when engines, appliances, solar panels, and HVAC sizing.
Related conversions
Frequently asked questions
How many btu per hour are in a kilowatt?
One kilowatt equals 3,412.1416 btu per hour.
How do you convert kilowatts to btu per hour?
Multiply the number of kilowatts by 3412.14163313 to get btu per hour.
What is 1 btu per hour in kilowatts?
One btu per hour equals 0.00029307107 kilowatts.
When would I convert kilowatts to btu per hour?
This conversion is common when engines, appliances, solar panels, and HVAC sizing.
Conversion factors are based on internationally agreed unit definitions. See our methodology and sources for details on how these values are verified.