Just as products in the technology sector tend to become more advanced as they become smaller, the same holds true for many of today’s most vital water system components, including the motors and variable frequency drives (VFDs) used in pumping systems. In recent years, these critical components have become smaller in size, minimizing their overall footprint and delivering more advanced power and performance.
The advancements are due, in large part, to the innovative thinking and technological improvements that work to draw more power while occupying a smaller physical space. This is known as power density. Increasing power density allows owners and operators to benefit from more streamlined units that are easier to ship and install, without sacrificing performance or reliability. One of the primary drivers of technology and design evolution is the goal of delivering more power per volume, and the benefits do not stop there.
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