


Volume 20 No 17 (2022)
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Performance Analysis on Thermoelectric Air Conditioning for Automobile
Dodiya Sahil T, Dr. Gurprinder Singh Dhindsa
Abstract
According to this scenario the day-by-day demand for automobile vehicles is increasing for human comfort and their traveling. AC and chilling consume near 13%-19% of the overall lightning (Power) worldwide and as well contribute to the ejection of CFC, HFC, etc. If we use such refrigerant, then that is disadvantage for environment. The use of fuel for air conditioning also increases and all these affect the efficiency of the car. In the current situation, the HVAC system is very efficient and decent but there are ideological proponents. Over the past decades, it has been observed that O3 levels are gradually decreasing due to the refrigerants (CFCs and HFCs) used for air conditioning and refrigeration purposes. Therefore, thermoelectric air conditioning is the best approach as compared to normal HVAC systems.
Keywords
Thermoelectric module, Peltier effect, See beck effect, Thompson effect, No moving parts, Eco friendly.
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