Web1 kWh = 1.3404825737 hph. In order to convert kilowatt-hour (kWh) to horsepower (hp) you need to know the total number of hours that the engine was running for (i.e the maximum number of hours that it can run on one charge). Formula is (kWh)* (1.3404825737)/ (hours) = (hp). For example, if you have a 200 kWh engine that can run for 20 hours ... WebApr 7, 2007 · Fuel consumption at full load: appr. 213 [g/kWh] Now...what will be amount of fuel consumed per hour ? This is for a 180 KVA generator supplying 200 V AC @ 400 HZ . Please help me sort this out Lets avoid issues of the "power factor" of the load, and assume power factor is 1, so 180 KVA = 180 kW.
Convert Gram/horsepower (metric)/hour to Gram/kilowatt/hour
WebConvert 10 Kilowatts to BTU/hr. The calculation will be shown as; P (BTU/hr.) = 3412.142 x 10 (kW). = 34121.42 BTU/hr. The Kilowatts to BTU/hr conversion table is used to determine the common conversions from Kilowatts to BTU/hr. based on a scale of 1kW to 10000 kW. It is important to note that the kW to BTU/hr calculator can only perform ... Web2 days ago · It uses the same 6.2 kW motor that helps the e-scooter to reach a top speed of 90 km/h. Ather Energy has also introduced the 450X Pro Pack. For an additional Rs 30,000, customers get a full-loaded e-scooter with all the features, including fast charging. The 450X Pro Pack uses the same 3.7 kWh battery pack that powers a 6.2 kW electric motor. it involves training a specific muscle group
converting grams/hp-hr to grams/kw-hr - OnlineConversion Forums
Web1 BHP = 33,475 BTU/hr 1 BHP = 0.745 kW = 42.4 BTU/min = 2544 BTU/hr = 33000 ft.lb/min 1 kW = 1000 Watts (W) = 1.341 BHP = 56.88 BTU/min = 3413 BTU/hr 1 kW HR = 1000 Watt … Web1 gram/kilowatt-hour [g/(kW·h)] = 0.735498750000001 gram/horsepower (metric)-hour [g/(hp·h)] From: joule/kilogram kilojoule/kilogram calorie (IT)/gram calorie (th)/gram Btu … WebCommonly BSFC is expressed in units of grams per kilowatt-hour(g/(kW⋅h)). BSFC [g/(kW⋅h)] = BSFC [g/J] × (3.6 × 106) The conversion between metric and imperial units is: BSFC [g/(kW⋅h)] = BSFC [lb/(hp⋅h)] × 608.277 BSFC [lb/(hp⋅h)] = BSFC [g/(kW⋅h)] × 0.001644 The relationship between BSFC numbers and efficiency[edit] it involves transfer of electrons