Thermal design refers to a division of engineering that leverages thermodynamics to design technologies and products. Thermodynamics is a physical science that studies the relationships caused by heat energy and transfer (also called thermal energy). Thermal design (also called thermodynamic design) is tasked with developing real-world applications for the science of thermodynamics.
Example Applications of Thermal Design
Thermal design is commonly used for electronic component cooling. Electronic cooling often covers computing, with CPU cooling (central processing unit), microprocessor cooling and GPU cooling (graphics processing unit). Another application of thermal design is in thermoelectric coolers (TECs), which are semiconductor devices that use the Peltier effect to generate cooling. TECs are commonly used to cool the laser diodes used in fiber optic and other communications networking.
Commercial end-use applications developed by a thermal design include cooling and heating products such as heat pumps, heatsinks, refrigerators, freezers and HVAC units.
Traditional Thermal Design Techniques
Thermal design has traditionally leveraged compressors with heat pumps and heat sinks to generate heating and cooling. Compressors are composed of fans and other moving parts. Compressor-based technology has several drawbacks. First off, compressors are bulky and take up a lot of space (for example, inside a refrigerator). Second, they operate by cycling temperatures up and down throughout the day, so they generate a lot of temperature fluctuations (up to 5 degrees Celsius). Third (and in terms of mechanics), they are prone to breakdowns, failures, and degradation. Fourth, they also require harmful chemicals such as freon to operate.
Meanwhile, a significant modern advancement in thermal design is solid-state technology. Solid-state refrigeration refers to generating cooling with semiconductor devices instead of with antiquated mechanical compressors.
Thermal Design at Phononic
Phononic has a team of engineers working on solid-state thermal design applications. From the component standpoint, we support the telecom/datacom industry by designing TECs that deliver superior performance, with up to 30% lower power consumption and 60% higher heat pumping density.
For commercial cooling end-user applications, Phononic has developed a line of solid-state refrigerators and freezers in various sizes and configurations. These products are designed for sales and display of products in food and beverage applications, such as grocery stores, restaurants, and bars. There is a medical-grade line as well for life sciences and healthcare applications, such as patient room refrigeration, breast milk and vaccine storage, and laboratory storage.
Phononic's team of thermal engineers is always working on the cooling applications of the future, aiming 5-10 years out in terms of research and development.
Spot cooling provides temperature stability for sensitive electrical components and enables temperature control of the individual components in a larger system or subsystem.
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