For daily load factor, period T is taken as 24 hours; similarly, for weeks, months and years the different value of T is taken.
Similarly, we can calculate the annual, weeks and daily load factor. The value of the load factor is always less than 1 because the value of average load is always smaller than the maximum demand. If the load factor is high above 0. For improving load factor, electrical load operating at the peak time of the day should be shifted to non-peaks time. For example, let 12 machines are running at am, instead of this it would be beneficial if 4 machines operating at am, 5 machines operating at am and 3 machines operating at pm.
All machines are still operating but not at the same time. The diagram below shows, the daily load profile after the peaks have been shaved. The dark shaded peak area above has been shaved and relocated in the illustration below. JavaScript is required. Click here to find out more. Type your question here. Having Trouble Paying Your Bill? Power Restoration. Beat the Peak What is Peak Demand?
Energy Efficiency Programs New Brunswick's energy efficiency programs have moved to a new website Visit saveenergynb. Emergency Preparedness Are you Prepared? Shediac Smart Energy Community Project. Your company or commercial institution could lower its demand by improving load factor. Load factor, demand billing, and energy in general can be confusing. If you have any questions don't be afraid to contact us.
Find out if investing in a solar system makes financial sense for your home. Compare your energy usage with other similar homes in your area. Electricity Load Factor Calculator Determine your electricity load factor for your business. What is load factor? How to calculate load factor The load factor calculation divides your average demand by your peak demand.
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