A Laminated Busbar:
Industrial Applications and Benefits
The safety of every installation depends on having an orderly
and precisely described switchboard. In it, a laminated busbar
plays an important role. Why? What are its main applications?
Let’s talk about it for a moment.
The properties of laminated busbars
What is a busbar? Multiple layers of
conductive metals joined together in
an industrial manner. Copper or
aluminum are the most common
ingredients. Between them, there are
additional layers of dielectric
materials. The composite is laminated
afterwards. The final product comes
in the form of a tightly packed and
precisely measured component of an
electric installation. It can have many
shapes and sizes.
Its main purpose is to connect
individual circuits and distribution
fields within a single installation. That
means it can be referred to as an electrical hub mechanism. High
amounts of copper provide excellent conductivity. In addition, a busbar
saves space in the switchboard, allowing it to be organized more
efficiently. There are various rail systems available on the market. All of
them slightly differ from each other. Nevertheless, a laminated busbar
is a modern industrial standard.
It ensures reliable connections, quick assembly and flexibility in the
distribution of electrical energy. Laminated switchboard elements
perform better than their cheaper counterparts. They are also more
efficient in comparison to cables or wire conductors. Especially when
high current loads move through the system.
Applications of a laminated busbar
The above shows a rather wide range of industrial applications. A
laminated busbar is in high demand everywhere a strong electrical
installation is needed. From a single household to a space shuttle with
sophisticated computers onboard. Electric cars require such elements as
well.
Laminated busbars work fine as conductors in power-generating
systems. An e-car battery is therefore an ideal environment to use such
elements. Copper is valued by engineers due to its conductive
performance. That’s why laminated copper busbars are so effective in
motors. Furthermore, they are known as excellent heat dissipators.
Let’s not forget that electric engines aim to be as compact as possible.
That means tightly packed, room-saving components are rather
important, are they not? Since a laminated busbar has these features,
they are required by the e-car industry on a massive scale.
Industrial benefits of laminated busbars
To conclude this article, a list of technological benefits is in order.
•
laminated busbars save space in switchboards or control cabinets
• the system assembly is easier as well as keeping everything in
place
•
improved electrical properties of a laminated busbar make it more
efficient in demanding environments
•
laminated busbars provide a larger cross-section and increased
current-carrying capacity
• more effective heat radiation dissipation thanks to a larger surface
area available in the system
All of this combined equals better performance of any electrical structure.
That leads straight to more income. The maintenance of the system is
simpler and requires less time. Therefore, any infrastructure repairs can
be completed a bit faster. Savings can be made this way. Besides, the
power efficiency of a laminated busbar alone allows industries to perform
better. Production, transportation, control, and automation of processes
– all of that gets improved. Therefore, from a business perspective, this
technology is gold.