The ratio of the average load to peak load during a specified time interval.

The proportion between lift and weight commonly seen as g (sometimes capitalized)—a unit of force equal to the force of gravity times one.

A measure of operating efficiency used by air carriers to determine a plane's utilized capacity percentage or the number of passengers divided by the total number of seats.

Measures the relationship between unit consumption and maximum demand and is the percentage capacity utilisation figure of a site's power consumption. To calculate load factor take the total numb [..]

The ratio of average load to peak load during a specific period of time, expressed as a percent. The load factor indicates to what degree energy has been consumed compared to maximum demand or the use [..]

The ratio of the average load over a designated period of time to the peak load occurring during that period.

For passenger traffic: Number of passenger / Available seatsIt is a measure of aircraft seat capacity utilisation.For freight, it is the ratio of freight tonnage carried to available payload

The proportion between lift and weight commonly seen as g (sometimes capitalized)—a unit of force equal to the force of gravity times one.

Measures the relationship between unit consumption and maximum demand and is the percentage capacity utilisation figure of a site’s power consumption. To calculate load factor take the total number of [..]

A measure of utilization for plant, or of the relationship between average and peak demand or supply, as determined by the formula: Average x 100 / Peak. For supply and demand calculations average and [..]

Peak shaving may be daily or seasonal and will be handled in a variety of ways: - Underground storage

The ratio of average demand to peak demand; a measure of efficiency that indicates whether a system’s electric use over a period of time is reasonably stable, or if it has extreme peaks and valleys.

A measure of operating efficiency used by air carriers to determine a plane's utilized capacity percentage or the number of passengers divided by the total number of seats.

The percentage of available seats that are filled with paying passengers, or the percent of freight capacity that is utilized. Technically, revenue passenger miles divided by available seat miles o [..]

An indicator of how steady an end user electrical load is. It is measured by dividing the average power by the peak power over a period of time.

The ratio of the amount of electricity used during a specific time period to the maximum possible use during that period.

The ratio of passengers or freight actually carried versus the total passenger or freight capacity of a vehicle or a route.

The ratio of the average load in kilowatts supplied during a designated period to the peak or maximum load in kilowatts occurring in that period. Load factor, in percent, also may be derived by multiplying the kilowatt-hours (kWh) in the period by 100 and dividing by the product of the maximum demand in kilowatts and the number of hours in the peri [..]

The ration of average demand to peak demand. It is a measure of efficiency that indicates whether a system’s electric use over a period of time is reasonably stable or if it has extreme peaks and valleys. A high load factor usually results in a lower average price per kilowatt-hour than a low load factor.

 The ratio of average demand to peak demand. It is a measure of efficiency that indicates whether a system’s electrical use over a period of time is reasonably stable or if it has extreme peaks and valleys. A high load factor usually results in a lower average price per kilowatt-hour than a low load factor.

 The ratio of the average load over a designated period of time to the peak load occurring in that period. Formula – (total usage/hours of usage/peak demand)*100.

The ratio of the average amount of gas a customer takes to the peak amount of gas a customer takes in a given period.

The ratio of average demand to peak demand during a specific period of time, expressed as a percentage.

The ratio of average load to peak load during a specific period of time, expressed as a percent.

LF Load Factor, also called Capacity Factor, for a given period, is the ratio of the energy which the power reactor unit has produced over that period divided by the energy it would have produced at i [..]

The ratio of the average load in kilowatts supplied during a designated period to the peak load in kilowatts occurring in that period.

The ratio of average demand to peak demand. It is a measure of efficiency that tells whether a system's electrical usage is reasonably stable or if it has extreme peaks and valleys. A high load factor is better than a low load factor, because it may result in a lower average price per kilowatt-hour.

Capacity used as against capacity available and expressed as a percentage. Logistics Management

A percentage that denotes the difference between the amount of electricity a consumer used during a given time span and the amount that would have been used if the usage had stayed at the consumer's highest demand level during the whole time. The term also is used to mean the percentage of capacity of an energy facility -- such as power plant [..]

The ratio of average energy demand to maximum demand for a time period, such as one year, one month, or one hour. An end user with a high load factor uses energy at a consistently higher level year-ro [..]

the ratio of the average electrical load divided by peak load during a designated period of time. As an example, if a business used 10,000 kWh during one month (720 hours) and had a maximum demand of [..]

The percentage of seats sold on an aircraft irrespective of fare.

Represents how efficiently the electrical system capacity is being used. The higher the load factor the higher the efficiency.

The proportion between lift and weight commonly seen as g (sometimes capitalized) -- a unit of force equal to the force of gravity times one.

the ratio of the average load in a given period to the maximum load carried during that period.

For a transportation vehicle, route, or other service, the ratio of

Represents how efficiently the electrical system capacity is being used. The higher the load factor the higher the efficiency.

A numerical figure that represents the average number of passengers travelling in non-commercial vehicles in a given market. The load factor is used to convert traffic volume to number of people expos [..]

— The ratio of passengers actually carried versus the total passenger seating capacity of a vehicle. A load factor of greater than 1.0 indicates that there are standees on that vehicle.

Load factor is the ratio of average electricity consumption to the peak consumption in a business premises during a specific period.

The ratio of average demand/load to peak demand/load. A high load factor is better than a low load factor because it means the electrical system is being used closer to its full capacity at all times.

The ratio of average energy demand (load) to maximum demand (peak load) during a specific period.

Load Factor is the ratio of average electricity consumption to the peak consumption in a Business premises, during a specific period. It indicates if the electricity consumption in a Business is stabl [..]

The average number of persons riding in each vehicle. Determined by gov't research and reports for highway capitalization. Location Codes- Letters used to identify the location of an advertising [..]

The average number of persons riding in each vehicle.

Percentage of cargo or passengers carried e.g. 4000 tons carried on a vessel of 10,000t capacity has a load factor of 40%.

Percentage of cargo or passengers carried e.g. 4000 tons carried on a vessel of 10000 capacity has a load factor of 40%

 Capacity used as against capacity available and expressed as a percentage.

Percent of loaded containers against total capacity of vessel or allocation.

Percentage of cargo or passengers carried e.g. 4000 tons carried on a vessel of 10000 capacity has a load factor of 40%

The percentage of available seats that are filled with paying passengers, or of freight capacity that is utilized. Average load factor is computed as the ratio of RPMs to ASMs or, in the case of cargo services, RTMs to ATMs, sometimes referred to as Passenger Load Factor (PLF).

Ratio of average compressor load to the maximum rated compressor load over a given period of time.

The extent to which the aircraft (weight-, volume-, ULD-) capacity is efficiently utilized (to generate profit)

sum of forces, both static and centrifugal, acting on an aircraft's structure, measured in g's(units of gravity)

The ratio of a specified load to the total weight of the aircraft. The specified load is expressed in terms of any of the following: aerodynamic forces, inertia forces, or ground or water reactions

The proportion between lift and weight commonly seen as g (sometimes capitalized) – a unit of force equal to the force of gravity times one.

The highest amount of Gs that should be pulled if a given weapons system or device is installed at a particular station.

Relation between average compressor load and maximum compressor load over a specified time period.

This factor is the ratio of the average compressor load during a given period of time to the maximum rated load of the compressor. It applies also to air tools, where it is the product of the work factor times the time factor.

The ratio of the average load supplied to the peak or maximum load during a designated period. Similar to capacity factor, but more often used when describing conventional plant.

the percent of available space on an aircraft or other form of transportation that has been sold to date

the percentage of seats filled on an airplane by paying or revenue-producing passengers

Measurement of ticketed passengers compared to aircraft capacity, airlines frequently change fares to encourage passengers to travel during off peak times.

The percent of available space on an aircraft or other form of transportation that has been sold to date.

Percentage of seats which are occupied on a flight.

average number of seats occupied, e.g. motor coach or air

Plant utilisation level over a year, usually expressed in percentage or yearly number of hours.

The ratio of average load to peak load during a specific period of time, expressed as a percent. It indicates the average utilization of a pipeline system relative to total system capacity.

The average load of a customer, a group of customers, or an entire system, divided by the maximum load. Can be calculated over any time period. For example, assuming 3650 GJ of gas usage over a year, the average daily load is 3650/365 or 10 GJ. If the peak day load or maximum demand was 20 GJ, the load factor is 50%.

The ratio of passengers carried versus the total passenger seating capacity of a vehicle. A load factor of greater than 1.0 indicates that there are standees on that vehicle.

An estimate of how full the train is at a specified station. This is based on historical data, and is not an indication of real-time conditions. The load factor will be a positive number, if defined, [..]

The ratio of average power to peak power over some specified time.

The ratio of the average load supplied (kW) during a designated period to the peak or maximum load (kW) occurring during that period.

Engineers design structures to support loads which are more than the maximum load expected. The actual loads are calculated as accurately as possible and then multiplied by the factor. Typical load fa [..]

Factor that accounts for deviations of the nominal load from the actual load, for uncertainties in the analysis that transforms the load into a load effect and for the probability that more than one extreme load will occur simultaneously.

Load factor may refer to: Load factor (aeronautics), the ratio of the lift of an aircraft to its weight Load factor (computer science), the ratio of the number of records to the number of addresses w [..]

In aeronautics, the load factor is the ratio of the lift of an aircraft to its weight: § 5.22  and represents a global measure of the stress ("load") to which the structure of the aircraft is subjecte [..]

In electrical engineering the load factor is defined as the average load divided by the peak load in a specified time period. It is a measure of the utilization rate, or efficiency of electrical energ [..]