Refrigeration
This is the transformation of electricity to cold exergy performed in the mechanism of a refrigerator. The output is cold air, and this exergy is destroyed later, in thermal dissipation.
Average Efficiency:
24.18%
- LEGEND (EXERGY):
- CHEMICAL
- NUCLEAR
- GRAVITATIONAL
- E.M. RADIATION
- KINETIC AND WORK
- THERMAL
- ELECTRICAL
- GRAVITATIONAL/CHEMICAL
INPUTS
| Carrier |
Exergy Flux (J/s) |
Carbon Flux (g/s) |
Citations |
| Electricity |
9.300e+10 |
0.000e+00 |
|
| TOTAL |
9.300e+10 |
0.000e+00 |
|
OUTPUT
| Carrier |
Exergy Flux (J/s) |
Carbon Flux (g/s) |
Citations |
| Cold Air |
2.248e+10 |
0.000e+00 |
|
| TOTAL |
2.248e+10 |
0.000e+00 |
|