Below is an example of our published research and development work with transient thermoelectric pulse cooling (also known as Peltier supercooling, thermoelectric supercooling, thermoelectric pulse cooling). It was found that current pulse height and pulse duration can be optimized to maximize transient cooling. For transient applications, this means more cooling for the same cost or the same cooling for less cost. If you are interested in this topic you may also be interested in the transient thermoelectric pulse cooling slides presented at the 2017 ICT (International Conference on Thermoelectrics) or Cooling an Object with Internal Heat Generation.Pulsed-transient-Isosceles-current-pulses-Thermoelectric-Peltier-Cooler-module
About Applied Thermoelectric Solutions
At Applied Thermoelectric Solutions LLC, we are passionate about solid-state thermoelectric thermal management, thermal energy harvesting, and the limitless opportunities to apply the technology to the world around us. We design, engineer, build and test thermoelectric systems for your product or application. We also provide expert consulting services. We are a Michigan based engineering and R&D company. While other companies focus on manufacturing thermoelectric modules, our focus is on engineering the full system. Need an innovative solution for your challenge? We conceptualize, engage in R&D and offer intellectual property for license. We also provide engineering services to help you integrate these solutions into your product or application and find the right manufacture. Whether your product or application is one of a kind or will be high-volume mass produced, we can help. We will design any system no matter the complexity.
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Other Pages You Might Like
- List of Our Services
- How Thermoelectric Generators Work
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- Why Solid-State Thermoelectric Technology
- Thermoelectric Generator Modeling and Simulation - 8 Things to Know
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