What is the loss of copper?
The loss of copper refers to the amount of heat or energy unnecessary when the electric current passes through the coil or by winding in an electrical device. A common example is the coils found inside the transformer winding, which are made of copper or aluminum and allow to go through electric shock. Although winding is not made of copper, the process is still referred to as copper loss.
Transformers and other electrical equipment pass through electrical currents through them to move the current to another circuit. During this energy transmission, part of the energy is released in the form of heat. The loss of copper is referred to as the loss of this energy because the device is not used and simply dispersed into the air around it. The heat lost, as is, results in a small amount of energy loss in the device. In a perfect situation, all energy would be used in electrical equipment and not since then, the device could be lost, the device could transmit more energy faster. While the loss of energy is relatively small,The amount increases in relation to several factors of electrical equipment.
Joule Heating is a term that describes the heat lost during such gears. A man named James Prescott Joule conducted several experiments that led him to determine the formula for calculating the amount of heat that will be lost during the transfer. To calculate the lost amount, the person should combine the amount of current - expressed in measurement known as ampere - currently moving equipment and multiply this number with the amount of resistance - expressed in the ohms - from the device itself. Once the person finds these numbers and develops a formula, he will know the loss of copper for a particular device expressed in Watts.
Person of the ES copper experience daily when he uses a bulb in his house. When the current moves through the bulb, it meets a certain level of resistance. If she was to find out how strong the current was, he quoted this number and multiplied him by how strongR, she could find out the loss of the copper of her bulb expressed in Watts.