BTU/h to kW Converter – BTU per hour to kilowatts

This converter applies the exact factor 1 BTU per hour = 0.00029307107 kilowatts. Multiply any value in BTU per hour by 0.00029307107 to get kilowatts: the worked example 12000 BTU/h × 0.00029307107 = 3.52 kW shows the arithmetic in a single line. Watts and kilowatts meter electrical power worldwide, horsepower still sells cars and lawnmowers, and BTU per hour rates heating and cooling — engines, appliances and HVAC meet at this junction. One mechanical horsepower is exactly 745.6998716 W, so car-to-kilowatt comparisons are definition conversions, and 1 kW = 3412.14245 BTU/h closes the HVAC loop. For reverse conversions divide by 0.00029307107 instead — identical to multiplying by 3412.14245 — for example 3.52 kW ≈ 12,011 BTU/h. Quick mini table: 1 BTU/h = 0.000293071 kW; 5 BTU/h = 0.00146536 kW; 10 BTU/h = 0.00293071 kW; 50 BTU/h = 0.0146536 kW; 100 BTU/h = 0.0293071 kW. For feel: a strong kettle draws about 3000 W (≈ 4 hp), a family car peaks near 150 kW (≈ 200 hp), and 9000 BTU/h of cooling is roughly 2.6 kW.

1. 1

   Step 1

   Enter your value in BTU per hour (BTU/h)

2. 2

   Step 2

   The converter multiplies it by the exact factor 0.00029307107

3. 3

   Step 3

   Read the result in kilowatts (kW)

4. 4

   Step 4

   Hit swap to convert kilowatts back to BTU per hour instantly

• 1

  Car anchor: 100 kW ≈ 134 hp; 200 hp ≈ 149 kW

• 2

  kW × 3412.14245 = BTU/h for AC and heater quotes

• 3

  PS (German spec sheets) = 0.986 hp — nearly equal but not exact

• 4

  Electric motors quote kW: multiply by 1.34 for US hp comparisons

• Using metric hp (735.49875 W) where mechanical hp (745.6998716 W) applies — a 1.4% drift

• Reading boiler "input BTU" as output capacity without efficiency losses

• Quoting PS and hp as if identical on translated spec sheets