Portable Cooling System
TMSSC (Thermoelectric Module Solid State Cooler)
Our static cooling system without using refrigerant technology from 28 degree to 3 degree in 5 minutes.
Our Proposed solution is TMSSC (Thermoelectric Module solid state Cooler) which consist of semiconductors based technology where we can achieve -5 degree or below in one minute from 28 degree, please find the link below of the working demonstration:https://drive.google.com/file/d/1d0nU0PMwX6Jd8Okg7YzYRCCSuuFfVEtp/view?usp=sharing
The physics principle we used to cool required object is peltier effect where the electrical parameter (12V, 4Amp) flowing through the junction connecting two materials will emit or absorb heat per unit time at the junction to balance the difference in the chemical potential of the two materials.
As the problem statement requires a customized module preferably flexible so that it can be directly applied to the beverages to come from 28 degree to 3 degree with in 5 minutes, by doing so we will be requiring a customizable flexible heat sink as shown in above fig.1,2&4. .
Our Proposed solution is TMSSC (Thermoelectric Module solid state Cooler) which consist of semiconductors based technology where we can achieve -5 degree or below in one minute from 28 degree, please find the link below of the working demonstration:https://drive.google.com/file/d/1d0nU0PMwX6Jd8Okg7YzYRCCSuuFfVEtp/view?usp=sharing
The physics principle we used to cool required object is peltier effect where the electrical parameter (12V, 4Amp) flowing through the junction connecting two materials will emit or absorb heat per unit time at the junction to balance the difference in the chemical potential of the two materials.
As the problem statement requires a customized module preferably flexible so that it can be directly applied to the beverages to come from 28 degree to 3 degree with in 5 minutes, by doing so we will be requiring a customizable flexible heat sink as shown in above fig.1,2&4. .
