Kyle's Converter
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Convert Kilowatts to:
- Kilowatts to Atmospheres-Cubic Centimeter per Minutes
- Exactly 1 atm x 1 cm3 per min. Approximately 1.68875 x 10-3 Watts (SI).
- Kilowatts to Atmospheres-Cubic Centimeter per Second
- Exactly 1 atm x 1 cm3 per sec. Approximately 0.101325 Watts (SI).
- Kilowatts to Atmospheres-Cubic Foot per Hour
- Exactly 1 atm x 1 cu ft/h. Approximately 0.797001244704 Watts (SI).
- Kilowatts to Atmospheres-Cubic Foot per Minutes
- Exactly 1 atm x 1 cu ft/min. Approximately 47.82007468224 Watts (SI).
- Kilowatts to Atmospheres-Cubic Foot per Second
- Exactly 1 atm x 1 cu ft/s. Approximately 2.8692044809344 x 103 Watts (SI).
- Kilowatts to Boiler Horsepower
- The energy rate needed to evaporate 34.5lb of water at 212 °F (100 °C) in one hour. Equal to 33,475 BTU/h. Approximately 9.810657 x 103. A boiler horsepower is more than 13 times larger than mechanical horsepower (~engine output).
- Kilowatts to BTUs per Hour
- Approximately 0.293 071 Watts (SI).
- Kilowatts to BTUs per Minute
- Approximately 17.584264 Watts (SI).
- Kilowatts to BTUs per Second
- Approximately 1.05505585262 x 103 Watts (SI).
- Kilowatts to Calories per Second
- Approximately 4.1868 Watts (SI).
- Kilowatts to European Electrical Horsepower
- Defined: 75 kp*m/s (magnitude of force exerted by a gravitational field on one kilogram times meters per second). Also equal to 746 Watts (SI).
- Kilowatts to Feet-Pound-Force per Hour
- Approximately 3.766161 x 10-4 Watts (SI).
- Kilowatts to Foot-Pounds-Force per Second
- Approximately 1.3558179483314004 Watts (SI).
- Kilowatts to Gigawatts
- Exactly 1,000,000,000 Watts (SI). One billion watts.
- Kilowatts to Horsepower
- 550 ft lbf/s. Approximately 745.69987158227022 Watts (SI). Among the many different measurements of horsepower Imperial Mechanical Horsepower is most commonly used in association with engine output in North America and some other parts of the world.
- Kilowatts to Imperial Electrical Horsepower
- Kilowatts to Imperial Tons of Refrigeration
- Defined as 1 BTUIT x 1 lng tn/lb / 10 min/s. Approximately 3.938875 cx 103 Watts (SI).
- Kilowatts to IT Tons of Refrigeration
- Defined as 1 BTUIT x 1 sh tn/lb / 10 min/s. Approximately 3.516853 x 103 Watts (SI).
- Kilowatts to Litres-Atmosphere per Minute
- Defined as 1 atm x 1 L/min. Approximately 1.68875 Watts (SI).
- Kilowatts to Litres-Atmosphere per Second
- Defined as the flow of 1 Litre of Atmosphere per Second. Approximately 101.325 Watts (SI).
- Kilowatts to Lusecs
- 1 L*µmHg/s. Approximately 1.333 x 10-4 Watts (SI).
- Kilowatts to Megawatts
- Exactly 1,000,000 Watts (SI).
- Kilowatts to Metric Horsepower
- 75 m kgf/s. Approximately 735.49875 Watts (SI). May be used to describe engine output in countries like Germany, France, Italy and Japan.
- Kilowatts to Milliwatts
- Exactly 0.001 Watts (SI).
- Kilowatts to Poncelets
- Defined as 100 m kgf/s. Approximately 980.665 Watts (SI).
- Kilowatts to Square Feet Equivalent Direct Radiation
- Exactly 240 BTUIT/h. Approximately 70.337057 Watts (SI).
- Kilowatts to Terawatts
- Exactly 1,000,000,000,000 Watts (SI). One Trillion watts.
- Kilowatts to Tons of Air Conditioning
- Defined as 2000 lbm (1 short ton) ice melted in 24 hours. Approximately 3504 Watts (SI).
- Kilowatts to Watts
- The amount of power equal to one joule of energy per second. Watt is the SI unit for power. 1 W = 1 J/s = 1 N*M/s = 1 kg*m2/s3