Export and import of Busbar in Iran
Copper is one of the most popular materials used in electrical circuits due to its high electrical conductivity.
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Electricity distribution is the final stage in the delivery of electricity, and in power distribution substations, the energy produced by the transmission system is made available to consumers. The energy produced is high at first and must be reduced for better transmission.
Transformers are one of the components of power substations and their task is to increase or decrease the voltage. Given that consumers need different voltages of electricity, it should be increased or decreased, to reach each consumer based on energy needs and, for example, home consumers, not to supply a large amount of voltage, why not? Which may cause damage to household appliances.
Usage of sheet copper connectors
In power substations, different components work in harmony and together. From Transformers and switchgear to busbars, feeders, breakers, etc., they all perform a private task, so that the generated electricity reaches the consumers with the appropriate voltage.
As we have said, one of these components is the busbar, which is also called the busbar and connector. The main task of the busbar is to connect cables with equal voltage to generators and transformers. There are many types of busbar and the variety in its types is due to the different costs and uses in different areas.
One of the types of busbar load is copper connectors. In the market, this type of busbar is known as Flexible Connector, Flexible Copper, Copper Foil Connector, Laminated Copper Connector, Copper Foil Shunt, and other names. Supplying flexible connectors is not very common in Iran, and in contrast to another type of busbar called a braided copper connector, it is more used and is better known. Of course, the string busbar also has disadvantages compared to the sheet type (the same flexible connector). Therefore, providing flexible copper connectors in Iran will have more benefits and efficiency.
What is a busbar?
Busbar is an electrical element that is used in places where power distribution is complex and difficult, and makes this operation easier. The busbar is produced in various forms and can be a thick sheet metal, a set of metal strands, or a set of thin metal sheets and foils. The busbar is also used in switchgear, switchboards, and busbar ducts (also called busways and busbar trunking) in local high-current power grids.
busbar systems usually consist of an insulator and a shaped circuit. Busbars allow the circuit to transmit power from desired points on the busway, and the power branch is not limited to the main source.
What does Busbar do?
A busbar is an electrical connection point that takes electrical energy from transformers and generators and sends it to output feeders. Busbars carry electrical energy and transfer it to other places. Busbars enhance the function of power substations and optimize the explanation of electricity. The use of busbars in complex electrical systems is essential for better power transmission.
Busbars have been used for nearly 100 years. But with the development of power distribution systems, there is a need for more efficient types of these systems, and this has led to the development of busbars. Busbar in complex systems helps the performance of various components and has a variety. Depending on the use of the busbar, it can be covered with materials.
Features a convenient and quality busbar
Busbar is used in various industries. For this reason, it must have sufficient resistance in the presence of various factors that affect metals. A busbar consists of one or a set of wires and metal strips used to transmit high current power. Metals such as copper, aluminum, and brass are used to make busbars. The following is a description of the differences between copper, aluminum, and brass busbars.
The most important feature of a busbar is its conductivity. The most ideal busbar is the one that has the least electrical resistance. In other words, the lower the resistance of a busbar, the higher its electrical conductivity. The busbar is always exposed to high currents. Therefore, if its resistance is not low enough, it causes a loss of current flow and causes the required current to be supplied to other parts and then not produced for consumption.
Cooper Busbar
Copper is one of the most popular materials used in electrical circuits due to its high electrical conductivity. Copper is widely used not only in high electrical conductivity and low strength but also because of its good tensile strength in the production of electrical equipment and installations. Tensile strength is the maximum stress tolerance that a piece of metal has before being torn when pulled from both sides. In other words, high tensile strength turns copper into the metal with good ductility and ductility; So that it can be turned into desired shapes for various uses. This is the standard selection element for applications that require conductivity.
Copper busbars come in a variety of shapes, but are generally available in three forms: filament busbars, sheet busbars, and simple busbars that consist of a wide piece of copper with several bends. The disadvantage of using copper in the production of the busbar is the low resistance of copper to corrosion. Copper is easily corroded in the presence of air. Therefore, copper busbars are usually covered with a layer of corrosion-resistant material, such as tin. Protecting copper busbars is essential, especially in environments with strong corrosive agents. For example, marine connectors are covered with protective material because they are always in contact with salt water.
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