Junqiu Li

Engineering

1. Battery (Electrochemical Energy Engineering) 100%
2. Electric Vehicle 90%
3. Lithium-Ion Batteries 61%
4. Control Strategy 56%
5. Energy Management 44%
6. Battery Pack 43%
7. Powertrain 30%
8. Dynamic Models 26%
9. State of Charge 24%
10. Vehicle Dynamics 24%
11. Transmissions 23%
12. Low-Temperature 22%
13. Electric Drives 20%
14. Energy Engineering 20%
15. Simulation Result 20%
16. Battery Power 19%
17. Hybrid Electric Vehicle 18%
18. Motor Drive 17%
19. Dynamic Programming 17%
20. Control System 16%
21. Driving Motor 13%
22. Thermal Model 13%
23. Optimal Control 12%
24. Lithium Ion Battery 12%
25. Power Management 12%
26. Obstacle Avoidance 12%
27. Experimental Result 11%
28. Oil Pressure 11%
29. Battery Capacity 11%
30. Dynamic Performance 10%
31. Radial Basis Function 9%
32. Extended Kalman Filter 9%
33. Predictive Control Model 8%
34. Fuel Economy 8%
35. Plug-in Hybrid Electric Vehicle 8%
36. Hybrid Energy Storage System 8%
37. Extended Range Electric Vehicle 8%
38. Drive Mode 8%
39. Simulation Time 8%
40. Electrochemical Capacitor 8%
41. Positive Temperature Coefficient 8%
42. Plug-In Hybrid 8%
43. Fuel-Cell Electric Hybrid Vehicle 8%
44. Alternating Current 8%
45. Path Planning 8%
46. Heavy Vehicle 7%
47. Equivalent Circuit Model 7%
48. Driving Cycle 7%
49. Steering Wheel 7%
50. Heat Generation 6%