A two-stage module that allows for easy switching between full power and energy-saving operation.
Our unique technology of flexibly stacking the opposing surfaces of the Peltier element in two layers reduces thermal stress and achieves a longer lifespan for the element. We propose efficient application devices that utilize a large temperature difference along with an energy-saving mode.
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basic information
It is a type of multi-stage module of a Peltier element, but it has different characteristics from a typical multi-stage module. When connected in series, it serves as a highly efficient thermoelectric conversion element, while when connected in parallel, the efficiency decreases but it can achieve a larger temperature difference. It is a two-stage module that allows for easy switching between full power and energy-saving operation.
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Applications/Examples of results
It is used in the cooling section of dehumidifiers for physical and chemical instruments. It is also compatible with refrigerators (standard products).
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Company information
While it is easy to 'transfer heat,' it is very difficult to 'transport heat.' We propose methods and technologies to transport heat from the heat source to where it is needed. Additionally, we are working on thermoelectric generation as a research project within our company.
![[Case Study of Kasaba] Sake Brewery (Cooling, Pressing, Low-Temperature Air Conditioning)](https://image.mono.ipros.com/public/product/image/93e/2000657697/IPROS12238050895237087875.png?w=280&h=280)
