Load Factor Energy Calculation

The load factor corresponds to the ratios between your actual energy consumption kwh and the maximum power recorded demand for that period of time.

Load factor energy calculation.

What is load factor. 4 16 divided by 60 7kw if the kw peak is known and the kwh is known load factor can be found by mul plying the kw by total hours and dividing the actual kwh s into that number. In electrical engineering the load factor is defined as the average load divided by the peak load in a specified time period. The load factor can be calculated by using the following load factor formula.

Increasing your load factor will diminish the average unit cost demand and energy of the kwh. In electrical engineering the load factor is defined as a ratio of the average load divided by the maximum or peak load in a given time of period. Depending on your situation improving your load factor could mean substantial savings. To calculate the on peak load factor simply take the energy used during the on peak times and use the load factor calculation.

We ll assume that 15 or 600 kwh s were used on peak with a demand of 8kw. The load factor is. Multiply the number of hours in each month by the peak demand for the month. In other words the load factor is the ratio of total energy kwh used over a specific period of time to the total possible energy available within that period i e.

Load factor in essence means efficiency. 3000 kwh divided by 720 hours 4 16 demand limit if at 100 load factor if a 60 load factor is desired take the 4 16 100 load factor and divide by 60. Peak demand over that specific time period. Calculate the hours for each month by taking the number of days and multiplying by 24.

Load factor average load peak load load factor is nothing but how well we utilize the energy and it is the calculation of electrical energy utilization throughout a given time to the utmost energy which has been used in that time. A high load factor indicates that load is using the electric system more efficiently whereas consumers or generators that underutilize the electric distribution will have a low load factor. Let s say that a total of 4 000 kilowatt hours were used during the billing period. It is a measure of the utilization rate or efficiency of electrical energy usage.

Multiply by 100 to get the load factor expressed in percent. It is the ratio of total energy kwh used in the billing period divided by the possible total energy used within the period if used at the peak demand kw during the entire period. It is the ratio of actual kilowatt hours used in a given period divided by the total possible kilowatt hours that could have been used in the same period at the peak kw level established by the customer during the billing period.