Convert watt to Btu (IT)/hour
What is a watt?
Watt is a metric for power evaluation. It got its name after the eponymous physicist, who devoted his time and effort to this area of science. Before the introduction of this option in the late XIX century, for this purpose, horsepower was utilized. Interestingly, it was designed by the same scientist. Still, later the standard system switched to watts.
Modern watt (W) has a meaning of power at which the 1-Joule work is performed during one second. The common abbreviation is W. Many derivatives with common prefixes like kilo- and giga- are utilized in practice.
The evaluation of power in these terms serves as a key characteristic of devices that run on thermal or electrical energy. You can easily find watts on the packaging of the device, which gives the general understanding of its capacity. Thus, everything that is related to thermal or electrical power can be described using this metric.
What is a Btu (IT)/hour?
The traditional British system of metrics still utilizes its own thermal unit for the evaluation of such energy value. Thus, many regions apply it instead of the calorie to describe heat, as well as in designating the capacity of heaters and refrigerators in Btu (IT)/hour. In other areas, it was replaced by joules.
This metric corresponds to the heat that makes 1-pound of water hotter for 1 degree Fahrenheit. It equals approximately 252 cal. There are also other definitions, that is why values may vary by up to 0.5%.
The most common example of its utilization is such a derivative as Btu/h. The latter is common in the specifications of equipment intended for indoor air conditioning.
If you would like to transform BTU/hour to other units, you will have to apply the following correlations:
- 1 kW approximately equals 3412 Btu/h;
- 1000 Btu/h correspond to 293 W.
How to Convert watt to Btu (IT)/hour
Converting watts to Btus (th)/hour affects understanding of the connection between heat energy and power. Here's how you might transform watts to BTU/hr:
- Understand the Transformation Aspect: The transformation aspect for this process is approximately 3.412 BTU/hr per watt. This factor represents how energy is transformed from electrical power to heat energy.
- Utilize the Instructions: BTU/hr is equal to W multiplied by 3.412.
- Perform the W to BTU/h Calculation: Multiply the power in watts by the modification factor: BTU/hr = W × 3.412.
How many watt to Btu (IT)/hour
Watt to Btu (IT)/hour calculate different aspects of energy. Watts symbolizes power, while BTU/hr symbolizes the rate of heat energy transfer. To correct, operate the factor of roughly 3.412 BTU/hr per watt. For illustration, 100 watts = around 341.2 BTU/hr. They differ because watts calculate electrical power, while BTU/hr quantifies heat result or transfer speed.
watt (Watt) | Btu (IT)/hour (Btu,h) |
---|---|
0.01 Watt | 0.034121416 Btu,h |
0.1 Watt | 0.341214163 Btu,h |
1 Watt | 3.412141633 Btu,h |
2 Watt | 6.824283266 Btu,h |
3 Watt | 10.2364249 Btu,h |
5 Watt | 17.06070817 Btu,h |
10 Watt | 34.12141633 Btu,h |
20 Watt | 68.24283266 Btu,h |
50 Watt | 170.6070817 Btu,h |
100 Watt | 341.2141633 Btu,h |
1000 Watt | 3412.141633 Btu,h |
Popular Unit Conversions Power
- GW to Watt
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- Watt to V*A
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- Watt to cJ,s
- Watt to J,s
- kW to horsepower (metric)
- kW to Btu,h
- kW to kJ,h
- Btu,h to ton (refrigeration)
- ton (refrigeration) to Btu,h
- kJ,h to kW
- 1 kilowatt to watt
- 2500 watts to volt amperes
- 1000 watts to volt amperes
- 90 kilowatts to horsepower (metric)s
- 5 kilowatts to Btu (IT)/hours
- 10 kilowatts to Btu (IT)/hours
- 8 kilowatts to Btu (IT)/hours
Convert watt to Other Power Units
- Watt to Kilocalorie (IT)/hour
- Watt to Erg/second
- Watt to Petawatt
- Watt to Btu (th)/second
- Watt to Dekawatt
- Watt to Microwatt
- Watt to Kilocalorie (IT)/second
- Watt to Milliwatt
- Watt to Foot Pound-force/hour
- Watt to Pound-foot/second
- Watt to Foot Pound-force/minute
- Watt to Calorie (th)/minute
- Watt to MBH
- Watt to Horsepower (water)
- Watt to Attowatt
- Watt to Newton Meter/second
- Watt to Femtojoule/second
- Watt to Kilocalorie (th)/hour
- Watt to Kilocalorie (IT)/minute
- Watt to Foot Pound-force/second
- Watt to Nanojoule/second
- Watt to Attojoule/second
- Watt to Hectojoule/second
- Watt to Microjoule/second
- Watt to Gigajoule/second
- Watt to Btu (IT)/minute
- Watt to Femtowatt
- Watt to Centiwatt
- Watt to Joule/second
- Watt to Centijoule/second
- Watt to Kilovolt Ampere
- Watt to Calorie (th)/hour
- Watt to Kilowatt
- Watt to Volt Ampere
- Watt to Dekajoule/second
- Watt to Calorie (IT)/second
- Watt to Hectowatt
- Watt to Horsepower
- Watt to Kilojoule/second
- Watt to Decijoule/second
- Watt to MBtu (IT)/hour
- Watt to Picojoule/second
- Watt to Pound-foot/hour
- Watt to Ton (refrigeration)
- Watt to Megajoule/second
- Watt to Pferdestarke (ps)
- Watt to Picowatt
- Watt to Joule/hour
- Watt to Calorie (th)/second
- watts to hp
- Watt to Joule/minute
- Watt to Btu (th)/minute
- Watt to Kilocalorie (th)/minute
- Watt to Petajoule/second
- Watt to Horsepower (electric)
- Watt to Kilojoule/hour
- Watt to Pound-foot/minute
- Watt to Calorie (IT)/minute
- Watt to Millijoule/second
- Watt to Exawatt
- Watt to Horsepower (boiler)
- Watt to Kilocalorie (th)/second
- Watt to Horsepower (550 Ft*lbf/s)
- Watt to Nanowatt
- Watt to Terawatt
- Watt to Btu (th)/hour
- Watt to Kilojoule/minute
- Watt to Gigawatt
- Watt to Btu (IT)/second
- Watt to Terajoule/second
- Watt to Exajoule/second
- Watt to Deciwatt
- Watt to Megawatt
- Watt to Calorie (IT)/hour