In 1834, the Peltier Effect was discovered by Jean Charles Athanase Peltier.
He connected two different metals to an electric current, resulting in a flow of heat that passed from one metal to the other.
Conclusion: it is possible to generate a flow of heat from an electric current.
He connected two different metals to an electric current, resulting in a flow of heat that passed from one metal to the other.
Conclusion: it is possible to generate a flow of heat from an electric current.
It was only with the development of N-type and P-type semiconductors in the early 20th century that the practical use of this effect became possible, paving the way for multiple technological applications.
It was only with the development of N-type and P-type semiconductors in the early 20th century that the practical use of this effect became possible, paving the way for multiple technological applications.
Electrical and electronic components generate heat during operation, which can compromise performance. Europeltier coolers remove heat from the hot environment without the use of refrigerant gases, while sealing both the air inlet and outlet to prevent dirt from entering the cooling zone.
Images for illustrative purposes only.
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