nanoHUB-U: Thermoelectricity: From Atoms to Systems

nanoHUB-U: Thermoelectricity: From Atoms to Systems

Offering: 01a Section: Self Paced

Video
  • Lecture 4.2: Thermoelectric cost/efficiency Trade off 1. Lecture 4.2: Thermoelectric co… 0
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  • Solar Cells (Efficiency+ Cost → $/W) 2. Solar Cells (Efficiency+ Cost … 23.656990323656991
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  • Model of TE module + heat exchanger for cost/efficiency trade off analysis 3. Model of TE module + heat exch… 62.0286953620287
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  • TE module & cold side heat exchanger for waste heat recovery 4. TE module & cold side heat exc… 175.94260927594263
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  • Maximum power output 5. Maximum power output 256.82349015682348
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  • Heat sink optimization 6. Heat sink optimization 337.97130463797134
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  • Components of TE system (cost per unit area) 7. Components of TE system (cost … 374.57457457457457
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  • Use of heat spreading inside TE module (thermal concentration) 8. Use of heat spreading inside T… 588.45512178845513
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  • Fractional area factor 9. Fractional area factor 637.70437103770439
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  • Cost per unit area for TE bottom cycle waste heat recovery (TE module + heat sink) 10. Cost per unit area for TE bott… 690.724057390724
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  • TE Module/Heat Sink Material Cost per Watt (car exhaust application) 11. TE Module/Heat Sink Material C… 775.5088421755089
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  • TE for topping cycle applications 12. TE for topping cycle applicati… 930.36369703036371
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  • TE / Steam Turbine combined cycle 13. TE / Steam Turbine combined cy… 968.76876876876884
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  • TE/Steam Turbine Energy Cost 14. TE/Steam Turbine Energy Cost 1103.8038038038039
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  • Detailed Coal-Fired Power Plant Model 15. Detailed Coal-Fired Power Plan… 1145.0784117450785
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  • Topping Cycle TE Coal-Fired Power Plant 16. Topping Cycle TE Coal-Fired Po… 1179.2125458792125
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  • Lecture 4.2: Summary 17. Lecture 4.2: Summary 1215.1151151151153
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L4.2: Thermoelectric Systems - Thermoelectric cost/efficiency trade off

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