Thus, this is all about load factor and its calculations. Load Factor for Monthly = Total kilowatt-hour throughout the month/Peak Load in Kilowatt X 720Hrsģ6, 0000/100 X 30 X 24 = 0.50 X 100 = 50% Load Factor for Daily = Total kilowatt-hour throughout 24Hr of the Day / Peak Load in Kilowatt X 24Hr The number of hours for every year = 24 X 365 = 8760 hours The number of hours for every month = 24 X 30 = 720 hours Load Factor ExampleĬalculate the daily, monthly and yearly load factor for the following.Ĭonsider the value of total kilowatt hour = 36, 0000-kilowatt hour The LF can be calculated by using actual kWh used, peak kW demand, number of days. But the LF is < 0.5, and then you have demand as well as a low usage rate. If the load factor is 0.75 then the usage of electrical energy is very efficient.If the load factor is 0.10 to 0.20, then the benefit of demand control is excellent potential.If the load factor is 0.20 to 0.35, then the benefit of demand control is a good potential.If the load factor is 0.35 to 0.50, then the benefit of demand control depends upon return.If the load factor is 0.50 to 0.75, then the benefit of demand control is a possible benefit.If the load factor is > 0.75, then the benefit of demand control is a limited benefit.Potential Advantage of LP from Demand Control When the contributing device loads have been recognized, figure out what should be possible to sequence or program occasions or procedures with the end goal to limit the synchronous task of high wattage devices. It is in every case best to watch activities at the office to figure out what device might cause the pinnacle demand. While this suggests a substantial electric load is devoted to space cooling, it is not valid for each office. In general, the best interest for power happens in the summer season. To decide the potential for enhancing load factor, examine charging records to recognize the seasons amid which the pinnacle request is the best.
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How to Develop Load Factorīringing down the office’s pinnacle request is the essential advance to enhancing load factor and will decrease the sum paid month to month for power. Keep in mind this is looking at two months in which the client utilized a similar measure of power (kWh) with various pinnacle demands.
Because LF (load factor) is a statement of how much electricity was really utilized contrasted with the pinnacle demand, clients can utilize a similar measure of power from one month to then onto the next and still reason their normal expense per kWh to fall as much as 40% basically by decreasing the pinnacle demand.įor example, a 25% LF in the summertime would provide a normal expense for each kWh of 13.2 pennies, while an 80% LF would provide a normal expense for each kWh of 7.9 pennies. The interest rate structure consequently compensates clients for enhancing their load factor. Power Distribution Companies must take care of the clients’ pinnacle demand consistently. Load Factor Calculation Why Load Factor is Significant?
Load Factor for Monthly = Total kilowatt-hour throughout the month/Peak Load in Kilowatt X 720Hrs.Load Factor for Daily = Total kilowatt-hour throughout 24Hr of the Day / Peak Load in Kilowatt X 24Hr.
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