How do bimetallic lugs improve energy efficiency in electrical systems?

How do bimetallic lugs improve energy efficiency in electrical systems?

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Their superiority in being electrically conductive has therefore increased energy efficiency improvement in electrical systems. Reduced energy losses are accompanied by bimetallic lugs which consists mainly of copper and aluminium. These two materials endow the properties of both. The former, copper, is endowed with good conduction, flow yielding almost zero resistance of the current while the latter, aluminum, is cheap and light.

One of the key areas of improving energy efficiency in electrical systems is reducing resistance. Bimetallic lugs are the proper solution in all those applications where aluminum and copper conductors are present. The union of these two metals in the terminals seals any chances of corrosion or poor connections causing energy losses. Thus, energy is moved more effectively without requiring excess power in the system.

They are highly resistant to extreme conditions that eliminate the possibility of failure and shut down of lines, thereby improving the overall smoother functioning and efficiency of the entire electric system in using energy and the time wasted for repair.

For industrialists in search of state-of-the-art advanced solutions to better energy efficiency, Pioneer Power International is among the companies offering quality bimetallic lugs to ensure optimal performance and durability of the electrical system.