Michael Merlin

Engineering

1. Active Power 11%
2. Ancillaries 9%
3. Balancing Energy 8%
4. Capacitor Voltage 9%
5. Comparative Analysis 5%
6. Conduction Loss 6%
7. Control Algorithm 11%
8. Control Architecture 5%
9. Control Strategy 16%
10. Control Structure 6%
11. Controllability 6%
12. Current Waveform 8%
13. Dependent Variable 5%
14. Dimensioning 5%
15. Direct Current 7%
16. Energy Management 5%
17. Energy Storage 53%
18. Energy Storage System 14%
19. Experimental Result 11%
20. Frequency Support 7%
21. Instantaneous Power 5%
22. Internal Energy 15%
23. Level Converter 10%
24. Loss Reduction 5%
25. Metal Matrix Composite 28%
26. Metal-Oxide-Semiconductor Field-Effect Transistor 10%
27. Modular Multi-Level Converter 10%
28. Modular Multilevel Converter 100%
29. Modulation Index 8%
30. Neutral-Point Clamped Converter 5%
31. Operating Mode 6%
32. Operation Principle 6%
33. Power Converter 6%
34. Power Electronics 10%
35. Power Loss 21%
36. Predictive Control Model 13%
37. Rated Power 6%
38. Reactive Power 7%
39. Renewable Energy Source 8%
40. Semiconductor Device 13%
41. Simulation Result 12%
42. Soft-Switching 7%
43. Solid State Transformer 5%
44. Static Synchronous Compensators 13%
45. Stored Energy 14%
46. Substations 8%
47. Switching Loss 7%
48. Switching Sequence 8%
49. Thyristor 10%
50. Voltage Source Converter 13%