William Sekulic

Engineering

1. Photovoltaics 100%
2. Photovoltaic Modules 72%
3. Photovoltaic System 52%
4. Incident Energy 48%
5. Degradation Rate 35%
6. Solar Photovoltaic 32%
7. Irradiance 32%
8. Field Performance 24%
9. Energy Storage 24%
10. Power Electronics 24%
11. Diffuse Irradiance 24%
12. Roundtrip 24%
13. Inverter 24%
14. Renewable Energy 24%
15. Module Temperature 24%
16. Systems Performance 22%
17. Performance Degradation 21%
18. Heterojunctions 21%
19. Induced Degradation 20%
20. Performance Parameter 20%
21. Electrical Safety 16%
22. Crystalline Silicon 16%
23. Large-Scale Systems 16%
24. Mounted System 16%
25. System Temperature 16%
26. Temperature Estimation 16%
27. Term Performance 16%
28. Characterization Method 16%
29. Edge Effect 16%
30. Nonuniformity 16%
31. Final Result 16%
32. Middle Cell 16%
33. Bottom Cell 16%
34. Operating Principle 13%
35. Constant Temperature 13%
36. Series Resistance 12%
37. Fill Factor 12%
38. Power Output 12%
39. Department of Energy 12%
40. Deployment Scenario 12%
41. Battery Capacity 12%
42. Level Measurement 12%
43. Test System 12%
44. Propose Method 12%
45. Scale Test 12%
46. Test Method 12%
47. Vanadium Redox Flow Battery 12%
48. Battery System 12%
49. Air Flow 12%
50. Lithium-Ion Batteries 12%