Figure 4 - uploaded by Nizar Ahammed
Content may be subject to copyright.
A thermoelectric couple The dimensions of the semiconductor elements are as follows length and width are one millimetre and the cross sectional area is one square millimetre. The cold end temperature 1 Z is 273 K and the hot end temperature 1 [ is 327 K.

A thermoelectric couple The dimensions of the semiconductor elements are as follows length and width are one millimetre and the cross sectional area is one square millimetre. The cold end temperature 1 Z is 273 K and the hot end temperature 1 [ is 327 K.

Source publication
Article
Full-text available
Due to metabolic heat generation from our body, we are very uncomfortable both in cold and hot weather, especially when we work hard. In cold weather we wear jacket to have more comfort. We can't have much comfort when we use jacket. Unlike cold weather, in hot weather we don't have such an alternative solution for comfort. If there is a jacket coo...

Similar publications

Thesis
Full-text available
This thesis studies whether two different devices and systems that are cooling with different methods can be combined to save energy in one system. Thermodynamic calculations and physics laws on which these two systems are based will be examined. The device that combines evaporative cooling and thermoelectric cooling methods will be placed in a roo...

Citations

... Cooler modules most effective at temperatures closer to room temperature, as usually found in cooler applications, while generator modules are optimized for higher temperatures [8]. Peltier effect had been implemented in air-conditioning system [9][10], clothes [11][12]. In food and beverage technology, a hot cold tumbler operation was developed by using Peltier effect to remain heat and cold of a 300 cc can of drinks or any liquid [13]. ...
... It was also observed that the thermal effectiveness of the nanofluids increases with increase in volume concentration. The thermoelectric cooler is suitable for electronic cooling applications because of its compactness and its ability to precisely control the temperature of the device [20]. Thermoelectric cooler is experimentally characterized for the effects of heat load and input current for the application of electronic cooling [21,22]. ...