Results
Temperature Data after 30 mins: Modules Insulated vs. Not
Comparison of data received from insulating and not insulating three Peltier modules during testing. Data from Table 2 & 3 were used.
Temperature Stabilizing of Certain Devices
This graph showcases the areas of temperature stabilizations where temperature change is major. The left vertical axis represents Fahrenheit of the temperature drops (Direct contact on Peltier Cold Side and Direct contact of Heat Sink on Cold Side {1-inch distance from module}). The right vertical axis represents Fahrenheit of the temperature rises (Direct contact on water block (Hot Side), Water Reservoir, and Ambient Temperature near the Radiator). This was done to show the speed of temperature in a single graph to show rate of changes equally between the points that drop and rise. Data from Table 4 were used.
Stabilization Temps. vs. Number of Modules
After 30 min, the devices achieve temperature stabilization in all of its areas of major temperature changes. The data shows the difference in temperature compared to the number of modules used. Data extracted from Table 5.
Peltice Cooling Speed
The graph above shows 3 hours of recorded data from the Peltice System.
Current & Wattage over Time
In sync with Peltice cooling speed graph, this graph shows the change in current usage during 3 hours of Peltice operation. Data from Table 7 were used.
Pletice vs Peltice (w/o Peltiers) vs Traditional Methods
This graph shows the difference in temperature cooling between the Peltice, Peltice with the Peltier Modules turn off, and pouring ice into the cooler the traditional way. These tests were in the same 10 Gallon Cooler with 5 gallons of water and 1 gallon of ice used. Data from Table 6 were used.