Just a few decades ago, the most effective methods companies could utilize for cooling electrical enclosures were those that involved the use of chilled air to prevent electrical overheating. By continuously circulating colder air through the enclosures, air conditioners and air compressors could ensure electrical waste heat didn’t accumulate into damaging heat pockets. However, despite their effectiveness, traditional cooling solutions weren’t known for their efficiency. As technology progressed, so did the need for more efficient and reliable cooling solutions. To meet that need, many companies today rely on more advanced and streamlined heat transfer solutions, such as heat exchangers.
The use of modern heat transfer processes
The challenge of keeping electrical enclosures properly sealed and protected as well as efficiently and reliably cooled has become much easier to overcome with advent of heat exchangers. Their advantages stem from their more natural and easily maintainable methods of transferring electrical waste heat, rather than utilizing colder air to force temperatures down. Unlike air conditioners and air compressors, which require complex machinery to generate and circulate chilled air, heat exchangers utilize heat transfer principles, such as convection, conduction, and phase-change cooling. This involves utilizing an eco-friendly cooling fluid that’s able to rapidly absorb waste heat as soon as electrical components produce it, then just as rapidly transfer and dissipate it safely away from these components.
The advantages over using chilled air
The use of modern heat transfer processes has had an increasingly significant impact on nearly every industry, and in many different ways. Most notably, transferring waste heat is a much more energy and cost-efficient process than older, more machine-heavy cooling solutions. Without the need to generate chilled air or keep it circulating through enclosures, heat exchangers are able to maintain safe temperatures within the enclosures at a much lower cost. In addition to cost-savings, however, some of the more significant benefits of heat transfer solutions has been the simplification of thermal management in many essential operations, and the ability of heat exchangers to adapt to more demanding electrical cooling needs.
The extended benefits of streamlined cooling
The most direct benefits that transferring heat has had on companies’ efficiency has been reducing the costs and boosting the productivity of electrical thermal management processes. However, the implications of more streamlined, affordable, and maintainable electrical cooling processes have extended far beyond just the direct cooling of electrical enclosures. For example, in many industries, the use of heat exchangers and their abilities to transfer heat have helped companies streamline many other operations, such as providing heat to make wastewater treatment more efficient.
For more information about how transferring heat improves electrical cooling efficiency, call Noren Thermal Solutions in Taylor, TX, at 866-936-6736.