側聚光型太陽能電池系統之容忍角增益研究(2/2)

Keyphrases

1. Acceptance Angle 100%
2. Microgroove 86%
3. Concentrated Photovoltaic 60%
4. Groove Arrays 59%
5. Solar Concentrator 53%
6. Optical Efficiency 45%
7. Red-blue Light 40%
8. Solar Lighting System 40%
9. Thermal Model 40%
10. Light Mixing 40%
11. Blue-green 40%
12. Green Light 40%
13. Mixing Module 40%
14. Organic Light-emitting Diodes 40%
15. Optical Model 40%
16. White Light-emitting Diodes 40%
17. Concentrator 37%
18. Temperature Distribution 20%
19. Mixing Tube 16%
20. Efficiency Loss 13%
21. Lighting System 12%
22. Performance Distribution 10%
23. Conversion Energy 10%
24. Luminous Performance 10%
25. Conservation Theory 10%
26. Energy Conversion Ratio 10%
27. Multiphysics 10%
28. Combinative 10%
29. Energy Conservation 10%
30. Single Model 10%
31. Thermal Properties 10%
32. Organic Matter 10%
33. Three Dimensional Model 10%
34. Light Source 8%
35. Complex Assembly 6%
36. Parabolic Groove 6%
37. Efficiency Etc 6%
38. Angular Acceptance 6%
39. Tracker 6%
40. Design Principles 6%
41. Reflector 6%
42. Low Efficiency 6%
43. Numerical Evaluation 6%
44. Enlargement 6%
45. Efficiency Enhancement 6%
46. Cost Reduction 6%

Engineering

1. Acceptance Angle 80%
2. Solar Concentrators 55%
3. Concentrated Photovoltaics 40%
4. Photovoltaic System 40%
5. Organic Light-Emitting Diode 40%
6. Thermal Model 40%
7. Optical Efficiency 34%
8. Energy Conversion 20%
9. Temperature Distribution 20%
10. Experimental Result 16%
11. Efficiency Loss 16%
12. Photovoltaics 16%
13. Conversion Ratio 10%
14. Organic Material 10%
15. Cross Section 10%
16. Three-Dimensional Models 10%
17. Simulated Result 8%
18. Numerical Evaluation 8%
19. Cost Reduction 8%