60kW / 75kVA. 5.4. 9.4. 13.5. 18.0. 80kW / 100kVA. 7.2. LPG - Propane BTU per litre: 1 litre = 23,700 BTU per litre. Propane BTU per liter combines an old imperial energy measurement - BTU - with a metric volume measurement - litre. LPG - propane energy content is expressed in BTU per litre. This is based on 1MJ equalling 948 BTU, so to get an equivalent number of BTU, just multiply the MJ rating by Energie physikalisch Die Einheit für Energie ist Joule. Elektrische Energie wird in der Regel in Wattstunden (Wh) angegeben. Die Umrechnung ist einfach, da eine Wattsekunde einem Joule entspricht: Eine Tabelle der Präfixe wie Giga, Tera etc.

BDC for engine manuals and specs https://barringtondieselclub.co.za/ Author: Steve Barrington Created Date: 10/1/2017 6:14:35 PM The Fuel Consumption Calculator above approximates the fuel consumption of a diesel generator based on its size and operating load. Please note that these results are intended to be used to estimate how much fuel a generator uses during operation and are not exact metrics due to various factors that can affect the amount of fuel consumed.

Q – (in l / h) maximum theoretical fuel consumption in grams per 1 hour of engine operation at maximum power; q – (in g / kWh) specific fuel consumption for power N; N – (in kW) engine power; 1 US gallon gasoline = 115000 Btu = 121 MJ = 32 MJ/liter; 1 boe (barell of oil equivalent) = 42 US gallons = 35 Imperial Gallons = 159 liter = 5.1 GJ = 4.8 million Btu = 1400 kWh; 1 metric tonne gasoline = 8.44 barrels = 1342 liter = 42.8 GJ ; 1 US gallon diesel = 129000 Btu = 136 MJ = 36 MJ/liter; 1 liter diesel = 36.0 MJ This chart approximates the fuel consumption of a diesel generator based on the size of the generator and the load at which the generator is operating at. Please note that this table is intended to be used as an estimate of how much fuel a generator uses during operation and is not an exact representation due to various factors that can The Fuel Consumption Calculator above approximates the fuel consumption of a diesel generator based on its size and operating load. Please note that these results are intended to be used to estimate how much fuel a generator uses during operation and are not exact metrics due to various factors that can affect the amount of fuel consumed. LPG - Propane BTU per litre: 1 litre = 23,700 BTU per litre. Propane BTU per liter combines an old imperial energy measurement - BTU - with a metric volume measurement - litre. LPG - propane energy content is expressed in BTU per litre. This is based on 1MJ equalling 948 BTU, so to get an equivalent number of BTU, just multiply the MJ rating by 2013-04-15 · Input Diesel = 7.8 KWh / 38.994% = 20.003 KWh = 72.0108 MJ Input in Litre = 72.0108 (MJ) / 38.29 (MJ/L) = 1.8511 Litre. Jadi sistem hibrid Wind Turbine (WT) dan Solar Cell (PV) yang dirancang menghasilkan energi (yg diarep2) sekitar 7.8 KWh / day atau setara dengan 1.851 liter bahan bakar mesin diesel. A unit is 1 kilowatt hour correct?

If 135.14 L are consumed in an hour, that is 5.174 GJ. A larger, efficient diesel generator, say 100KW+, when loaded 80%, say 80KW - can give as high as 5 KWHr per Litre of diesel. But, when loaded less, the efficiency goes drastically down - so, when loaded with 50KW, the same generator will generate only say 2KWHr per Litre of diesel. This chart approximates the fuel consumption of a diesel generator based on the size of the generator and the load at which the generator is operating at.
Lundstroms fastigheter i boden 1 PJ of Natural Gas = 172,000 barrels of oil equivalent. 1 tonne LPG = 8.46 barrels of oil equivalent. kWh or gallon [U.S.] of diesel oil. The SI derived unit for energy is the joule. 1 joule is equal to 2.7777777777778E-7 kWh, or 6.8250068250068E-9 gallon [U.S.] of diesel oil.

Without VRB-ESS. With VRB-ESS. 0.35-.26)/.35 =25% fuel usage improvement. Litres/kWh  Jun 2, 2020 If you take 66 rupees per liter of diesel – the current diesel price is slightly higher than this – you will find that per kWh price of running a diesel-  This page includes a series of tables designed to help compare the energy and carbon performance of a range of petrol, diesel and electric cars.
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A general rule of thumb is that a diesel generator will use 0.4 L of diesel per kWh produced. The diesel engine used is essentially an internal combustion engine. Kg CO 2 per litre of diesel vehicles. Diesel produces 2.6391 kgs of CO 2 per litre burnt. The precise figures depend on the quality of the fuel. Since fuel weighs less than a kilogram per litre, it is interesting to see how the weight of emissions is multiplied by the addition of oxygen.

(3155.8*0.832=2625.6) Diesel C 50 H 93: CO 2 emissions per kWh from electricity and heat generation, Calculation for working out factor to convert litres of heating oil into kWh / litre. Heating oil provides 138,500 British thermal units (BTU) per US gallon; 1 BTU = 0.000293 kWh; 1 US gallon = 3.78541178 litres (138,500 * 0.000293)kWh in 3.78541178 litres (138,500 * 0.000293)/3.78541178 kWh/litre = 10.720233982047786621512547837002 Average kWh per month from your electricity bill. Current price per litre Petrol / Diesel. Average fuel economy (litres/100km) Your fuel cost per year. \$0. G/kwh To Litres Per Hour - feverfasr feverfasr With this real world pumping system, if diesel cost \$1 per Litre and electrical energy cost \$0.25 per kWh, as an example, we could obtain realistic pumping costs where: • 1 ML lifted 1 metre of height using diesel would cost you \$1.10, and • 1 ML lifted 1 metre of height using electricity would cost you \$1.14.

My calculation was 3.3 ltr per kwh and someone else's calculation is 6.77 ltr per kwh? The formula is : Energy in output : E = P*h*d (kWh) Consumption of fuel : C = E*Ckwh (liter) Where. E = active electric energy in output of the diesel engine in kWh. P = active electric power in output of the diesel engine in kW.