One kilowatt
1,000 W, about 1.34102209 mechanical hp, 1.35962162 PS, and 3,412.14163 BTU/h.
Convert electrical, mechanical, and thermal power units through a shared watt-based engine.
Power is the rate of energy transfer or use. Every conversion passes through watts.
Power and energy differ: kW is power, while kWh is energy. A 2 kW appliance running for 3 hours uses 6 kWh.
W = kW × 1,000W = hp × 745.6998715822702W = BTU/h × (1,055.05585262 ÷ 3,600)1,000 W, about 1.34102209 mechanical hp, 1.35962162 PS, and 3,412.14163 BTU/h.
Approximately 74.5699872 kW.
Approximately 2.9307107 kW.
1,000 kW and approximately 1,341.02209 mechanical hp.
Watts are the SI unit and the canonical base.
Mechanical hp equals 745.6998715822702 W; metric horsepower (PS) equals 735.49875 W. They are not identical.
BTU/h uses the International Table BTU, consistent with CalcRocket's Energy Converter.
Energy equals power multiplied by time. This converter changes power units only and does not estimate energy cost.
1,000 watts.
One mechanical horsepower is 745.6998715822702 watts.
No. Mechanical hp and metric PS use different watt factors.
Approximately 3,412.14163 International Table BTU per hour.
kW is power; kWh is energy accumulated over time.
International Table BTU, consistent with the Energy Converter.
Yes. Negative power can represent direction of energy flow in some systems.