What is the load profile?

For better or worse, the civilized world is absolutely dependent on commercially produced electricity. Data, which is an integral part of the efficient and reliable supply of the electrical service, is calculated and recorded using the load profile, essentially the tip mapping and low electricity demand over the specified period of time. Variable energy production equipment, fair supply and energy marketing systems depend on the exact record of the electrical load profile.

The load profile for a given area will, of course, differ considerably depending on different categories of consumers, including commercial, residential or industrial customers. The highest electric demand also varies depending on the demand of the season and holiday, with warmer summer days and usually the Christmas season that increases to the power supply system. These peaks and valleys in demand are the necessary data when calculating and evaluating the needs of equipment, maintenance and upgrading.

profile loadedAlthough it is often calculated, partly when reading a meter and billing customers, it is not intended as an economic predicator. Instead, the load profiling is the most effective way to determine the requirements for equipment and maintenance, in particular the maintenance and installation of transformers; Traditionally weak connection in the energy grid. Reading maximum demand on transformers at specified intervals and correlation of types and needs of consumers is the basis of the exact load profile.

The

electricity distribution has evolved into a massive network of generators, transformers, power plants and meters, all self -owned and operated by a large number of independent electricity providers. The numbers and various electrical requirements of customers, the efficiency and age of the equipment, as well as the type and quantity of equipment differ extremely from the region to the region. This locates that the load profile calculated for one area of ​​a nation or state is essentially necessary inEvaluation and use of information outside a specific localized area.

For this reason, the intelligent grid that uses digital technology to provide cheaper electricity, "greener" and more efficiently gains credibility, at least in the United States, using a load profile as a method for further refining and coordinating the efficiency, measurement and reliability of the nation. The arrangement of intelligent networks also allows consumers to sell strength saved by alternative energy sources such as solar or wind energy back to usefulness. Smart -grid technology will eventually be expanded and internationalized to include Canada, which is a significant source of most electricity used in the northern US