CP60133

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Thermoelectric (TE) cooling takes advantage of the Seebeck effect, established more than 170 years ago, to establish a temperature differential from a single electricity source. This effect is the conversion of temperature differences into electrical voltage and vice versa. The TE cooling effect is created when an electric current is passed through the junction of two dissimilar conductive materials, resulting in a local cooling effect at one junction and a warming effect at the other junction.

The CP60133 thermoelectric module by New Energy Corporation is an industry-standard choice for thermoelectric cooling applications due to its robust construction and wide range of capabilities. This particular module is designed to function from 12 VDC and can produce 183 W of cooling power with a maximum cooling capacity of 317W.

The CP 60133 works by using DC current to create a voltage difference across the P-type and N-type semiconductor layers of the thermoelectric material, usually bismuth telluride. This causes a rapid movement of electrons in the two layers, which can create either cooling or heating depending on the direction of the current. As electrons flow between the two materials, this causes a difference in temperature due to the resistance to the electrons. This temperature difference can then be used to cool or heat a system.

This thermoelectric module is highly efficient – the thermoelectric cooling power of the CP 60133 is up to 96%. This means that very little of the current passed through the thermoelectric material is lost as heat, reducing the overall energy demand of the system. The CP60133 also has a very high coefficient of performance (COP), which is a measure of the ratio of the amount of heat removed from a system divided by the amount of work done by the electric current used to power the thermoelectric material.

The CP60133 also has a number of other features that are useful for a number of thermoelectric cooling applications. It boasts a very low profile, which makes it easier to install in tight spaces with limited clearance. The module also has a wide range of operating temperatures, ranging from -50°C to over 110°C. This makes it well suited for a variety of cooling and heating applications.

This thermoelectric module can be used in a wide array of applications such as medical devices, refrigerators, wine coolers and even heat pumps. Its ability to rapidly switch between cooling and heating makes it an ideal choice for these types of applications. This thermoelectric module can also be used in photovoltaic systems, where it can provide cooling power for the solar cells to increase their efficiency.

In short, the CP60133 thermoelectric module by New Energy Corporation is a highly efficient and versatile thermoelectric cooling and heating module that can be used in a variety of applications. Its high efficiency means that it requires less energy consumption compared to traditional methods of cooling and heating, making it an ideal choice for energy-savings and increased efficiency.

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