File Size: 3.94 Mb
Description
The remarkable amount of research being conducted on thermoelectrics gives the impression that this technology will have a bright future in power generation and temperature control systems. At the present time, thermoelectrics is applied widely for temperature control, but has not yet replaced conventional air-conditioning systems due to its lower performance. Currently, approximately 10% of annual vehicle fuel consumption corresponds to the air-conditioning system used to cool the vehicle cabin. Conventional air-conditioning systems cool the entire cabin; however, about 73% of a vehicle’s mileage occurs while the driver is the only occupant. These facts indicate the need for a single occupant zone air-conditioning system. Thermoelectrics is one of the best technologies to meet this need because it is a very scalable system, wherein a miniature air-conditioning system can be built using a thermoelectric cooler.
Content:-
ACKNOWLEDGEMENTS
LIST OF TABLES
LIST OF FIGURES
NOMENCLATURE
LIST OF TABLES
LIST OF FIGURES
NOMENCLATURE
1. INTRODUCTION
2. BACKGROUND OF THERMOELECTRICS
3. LITERATURE REVIEW AND THE OBJECTIVE OF THE STUDY
4. TEAC MODELING
5. EXPERIMENTAL WORK
6. RESULTS AND DISCUSSIONS
7. CONCLUSION
REFERENCES
Author Details
"Alaa Attar"
No comments:
Post a Comment