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Busbars

1 Feb 2012

No doubt you will have seen that the High Speed Two (HS2) rail system project has recently been given the go-ahead by the British government.

This new rail line is intended to revolutionise high-speed transport in Britain, reducing travel times between our major cities of London, Birmingham, Manchester and Leeds.  View a map of the rail system here.  Millions of journeys normally taken by road and air could be taken instead by high-speed rail, benefiting the environment as well as the British traveller.

New general secretary Steve Murphy said: “The development of high speed rail will provide a vital shot in the arm to the whole country especially regions which have suffered from under investment for decades.

“The project will create thousands of construction jobs initially while the line is being built and in the long term as these vital improvements in infrastructure will encourage future investment opportunities.”

In this post we’d like to begin exploring the implications of HS2 on the UK Engineering industry.  No doubt this will be a topic we continue to explore as the project develops.

28 Sep 2011

Whether someone is an independent engineering contractor or they are responsible for an entire fleet of military helicopters an effective and reliable means of working with low, high or even extremely high voltage is required. This requirement has resulted in the development of busbars.
What is a Busbar?

The versatile and flexible busbar is a thick strip of aluminum or copper that controls the flow of electricity between two points.  The very first busbar was created in the 1930’s by the British Grid System and of course, busbars have come a long way since then.

While not being the most glamorous piece of equipment, busbars work with precision to ensure that electricity is conducted safely, whether within a switchboard, distribution board or even between substations.

8 Aug 2011

Busbars vary greatly and can be very complicated pieces of kit.  They can be made of aluminium or copper and are tubular, flat or solid in design.  There are different busbars to handle different levels of voltage, specifically extra high, high, medium and low voltage, plus there can be a multitude of other variations involved in their construction.

A great deal of busbars are manufactured to cover a multitude of disciplines and you’ll find quite a few engineering companies that are happy to create those.  Who isn’t interested in manufacturing a product with high volume demands?

But what if you need a custom one-off busbar for your electrical power distribution needs?  What then?

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