2 Boiler horsepower = 19.619 Kilowatts: 20 Boiler horsepower = 196.19 Kilowatts: 5000 Boiler horsepower = 49047.5 Kilowatts: 3 Boiler horsepower = 29.4285 Kilowatts: 30 Boiler horsepower = 294.29 Kilowatts: 10000 Boiler horsepower = 98095 Kilowatts: 4 Boiler horsepower = 39.238 Kilowatts: 40 Boiler horsepower = 392.38 Kilowatts: 25000 Boiler
11.03 kW for metric hp; 11.19 kW for electric hp US; 11.03 kW for electric hp Europe; 147.16 kW for boiler hp; Except for boiler hp, you may use the approximation kW = 3/4 × 15 hp. This rule of thumb is often accurate enough. And for 15 air or hydraulic horsepower, use hp(I).
Let’s look at the kW to BTU formula first: How To Convert kW To BTU? Kilowatts and BTU are both units of power. To convert kilowatts to BTU, we can use a very simple formula: 1 kW = 3412.142 BTU. That means that 1 kW equals to 3412.142 BTU. The kW to BTU converter uses this formula to calculate BTU from the given kW:
By Chris Deziel. Kilowatts (kW) and horsepower (hp) are both measures of power, and converting one to the other is a matter of multiplying by a conversion factor. One horsepower is equal to 0.7457 kW, and one kilowatt equals 1.337 hp. Neither unit is a reliable measure of an air conditioner's cooling power, though, because neither takes into
Formula for Converting BHP to KW. 1 hp = 745.699872 W = 0.745699872 kW. This means that one BHP is equivalent to 0.745699872 Kilowatts. Therefore, the power conversion of BHP to kW is given by; P (kW) = P (hp) x 0.745699872. To determine the power in Kilowatts, we multiply the power in BHP by 0.745699872. Using the example above; 5F5PUmk.