Volume : VIII, Issue : XII, December - 2019
THERMOELECTRIC BASED ALL WEATHER COOLER
Saswat Kumar Das, Atul Kr Yadav, Bablu, Deepak, Deepak Kumar
Abstract :
In this automation scenario when everyone is serious about glaciers melting & ozone layer depletion so it’s important to do which helps in overcoming this problem. Many type of refrigerator are made using refrigerant which to extent affect our environment. Then it strikes to make a cooling & heating system in which there is no use of refrigerant so there is an option of vapour absorption system. Now the problem occurs about its shape (heating & cooling system) is heavy & bulky. But our system is not very heavier shape and weight. The idea generation for the project had come in order to face and tackle the harmful for the environment. That’s where the principle of internal heat generation and manipulation comes to save the day. If the room is heated or cooled just before the required time, it will subsequently decrease the energy losses and produce the required temperature at the right time. But despite using high energy consuming resistance coils to produce heat and refrigeration system to produce cooling. We use Peltier effect to produce either heating/cooling as per the user’s requirement. The JIT (just in time) philosophy of our product increases accountability to meet the user’s needs efficiently while reducing the heat loss/gain incurred during the process of pre-heating/pre-cooling of room. There have been a lot of advancements made to all weather coller over the years, but no one‘s made anything for the "modern man,". Without any harm to our environment.
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DOI : https://www.doi.org/10.36106/gjra
Cite This Article:
THERMOELECTRIC BASED ALL WEATHER COOLER, Saswat Kumar Das, Atul Kr Yadav, Bablu, Deepak, Deepak Kumar GLOBAL JOURNAL FOR RESEARCH ANALYSIS : Volume-8 | Issue-12 | December-2019
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THERMOELECTRIC BASED ALL WEATHER COOLER, Saswat Kumar Das, Atul Kr Yadav, Bablu, Deepak, Deepak Kumar GLOBAL JOURNAL FOR RESEARCH ANALYSIS : Volume-8 | Issue-12 | December-2019