There are new developments in technology, systems, infrastructures, power plants, and many other fields/subjects every day. These developments provide serious convenience to our lives. It is in our hands to turn these conveniences into an advantage and use them in the best way possible. It is one of the leading developments in the energy sector. When we consider the energy and electricity sector, we come across great opportunities. For example, we need strong conductors, cables and busbars to transfer the existing energy/electricity from one place to another in the fastest and most efficient way.

Our age has developed so much that everything is easy now. It is possible to perform energy/electricity transfer in any way, but the most significant thing is to find the most reliable way. Today, all institutions, businesses, companies, and individuals benefit from electrical energy in every way. In this process, the conductors that will provide the energy flow, that is, the electric current must be of good quality. You can reach your goals with insulated busbars, a quality product of recent times. There are different types of busbars. Insulated copper bars are among the highest quality products. So, What is a Busbar and Where Is It Used?


How Do You Calculate Copper Bars?

The busbar is the unit where the electrical energy of the same voltage and frequency is collected and distributed. Busbars consist of conductive materials that enable the units used in the control and command of electrical energy to communicate with each other. There are different types of busbars. Before choosing a busbar, you must know how to calculate it. The distance between the busbars must be at least equal to the bar thicknesses. It has some special formulas and values.

What Is The Difference Between Busbar and Cable?

The current carrying capacity of the busbars is much higher. Busbars are called metal rods used to carry a large amount of current. Each electrical panel, usually made of copper or aluminium, has a busbar. Briefly, the busbar consists of a rigid piece of copper or aluminium that is bolted or inserted into the switchgear, panel boards, and busbar enclosures for local high-current power distribution, while electrical cable consists of one or more wires bundled together, side-by-side or bundled to carry electrical current.


How Heavy Is A Bar Of Copper?

The weights of the busbars differ according to the type. During the selection of the busbars, the place where they will be used and the level of heating should be considered. Calculations are made according to the size and energy flow according to the place to be used in the busbar calculations. The busbar calculation is made by taking into account the distance between the conductors, but the distance between the busbars should be at least equal to the bar thicknesses.

As Figabara, we aim to provide you with the best service by offering high quality, durable, fast, and economical copper and aluminium products to the energy sector, which is needed more and more every day.

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