What are the most common applications for AC current?

The most common applications for alternating (AC) current are in the production and transport of electricity. Almost every home around the world is powered in favor of the AC current, unlike direct current (DC), which is used in batteries. The use of this type of current through DC current is mainly due to problems including costs, loss of energy and conversion problems from higher voltage to lower voltage.

Before explaining why these uses are most common for AC current, it is necessary to understand this type of electricity a little. These currents are created by turning the magnet around the wire coils that remain calm. Because one end of the magnet is positive and one is negative, it causes the coils to create an electric wave. The frequency of this wave varies, but for most power generators is between 50 and 60 times per minute.

AC current is very popular for energy production because machines for generating this force are much cheaper and easier to produce than those associated with DCstream. The DC current can further produce a large amount of heat and even reach flash points, which means that the possibility of fire is greater than the possibility of alternating current. For these reasons, most generated electricity with AC technology is.

Although this advantage in itself may be a sufficient reason to use AC power for energy production, alternating power is also a preferred method for short to medium -range transport, such as less than 500 miles (approximately 800 km). The current moves well over lines with minimal power losses over most distances on the grid. Therefore, the voltage remains much more stable at this time than the DC current voltage and is also more efficient in terms of conversion. In order to obtain the same amount of voltage by means of DC to the final target, including longer distances, the voltage in origin would have to be much higher.

Second application for current AC includes with withDirecting voltage for use in homes and other applications. This is done using a transformer where one inductive coil is used to transmit energy to another induction coil. This process depending on how it is done can increase or reduce tension. In the case of home use, the voltage must be reduced from high voltage to low voltage to be safely used by electric equipment in the home. Another smaller transformer may be at the place of the house or building to further reduce the voltage.