Given the highly advanced state of today’s technological solutions, it’s natural for companies to expect the most complex thermal management solutions to be the most appropriate ones. However, as increasingly more companies are realizing, modern thermal management’s advancement has followed the trend of simplified, natural cooling methods over more complicated mechanical alternatives. For example, many of the most effective and efficient modern cooling solutions use methods like phase-change cooling, which involves taking advantage of a cooling fluid’s natural latent heat of vaporization.
What phase-change cooling means
Latent heat of vaporization is a fluid’s physical property that describes the heat required to change it from a liquid phase to a vapor phase. Up until this point, the fluid can absorb electrical waste heat without allowing the temperature within an electrical to rise. Once the fluid changes into a vapor phase, it becomes less dense, making it easier for the fluid to flow from one area of the cooling unit to another, cooler area. In custom thermal solutions that utilize phase-change cooling, this process allows for the rapid absorption and transfer of electrical waste heat within a self-contained, energy efficient loop.
How custom thermal solutions utilize it
The eco-friendly cooling fluids that most custom thermal solutions utilize, such as water, have a latent heat of vaporization that makes them highly effective at electrical cooling. This means they can take on large amounts of electrical waste heat in a highly efficient manner, and technology designers have greater freedom in innovating newer, more powerful applications. For example, phase-change cooling can be customized to meet most innovative applications’ unique thermal management needs, and can provide energy and cost-efficient performance in each application.
Benefiting from advanced passive cooling
The major difference between customized phase-change cooling solutions and more mechanically driven solutions, such as air conditioning, is that custom solutions provide a more streamlined, passive method of preventing electrical overheating. Passive electrical cooling methods involve naturally transferring heat to prevent electrical overheating, rather than forcefully lowering temperatures within enclosures using chilled or compressed air. By utilizing passive cooling methods, companies can enjoy high-performance electrical cooling at much lower overhead costs and with significantly reduced amounts of energy. The variety of savings, coupled with the more efficient and reliable performance of custom thermal solutions, have proven invaluable to companies in virtually every modern industry.
For more information about the value of customized phase-change cooling solutions, call Noren Thermal Solutions in Taylor, TX, at 866-936-6736.