工学部

Keyphrases

1. Power System 35%
2. Reactive Power 28%
3. Distributed Generator 28%
4. Load Frequency Control 27%
5. System Frequency 25%
6. Nonlinear Stability 23%
7. Swing Oscillation 23%
8. Power Swing 23%
9. Stability Index 23%
10. Control Method 23%
11. Distribution System 22%
12. Reactive Power Control 21%
13. Dynamic Simulation 18%
14. Type Analysis 18%
15. Power System Dynamic Model 18%
16. Island Grid 18%
17. Voltage Profile Control 18%
18. Small Islands 18%
19. Wind Power Generation 18%
20. Voltage Profile 18%
21. Power Conditioning 16%
22. Longitudinal Power Systems 15%
23. Plant Control System 15%
24. Autoparametric Resonance 13%
25. Nuclear Plant 13%
26. Network Routing 13%
27. Smart Meter 13%
28. Pricing Method 13%
29. Nonlinearity 13%
30. Real-time Pricing 13%
31. Japan 13%
32. Diesel Generator 13%
33. Oscillation Mode 12%
34. Flywheel 11%
35. Plant Model 11%
36. Simulation Study 10%
37. Power System Frequency 10%
38. Damping Factor 10%
39. Stability Region 10%
40. Eigenvalues 10%
41. Isolated Grid 10%
42. Frequency Fluctuation 10%
43. Power Control 10%
44. Power Plant Model 10%
45. Thermal Power Plant 10%
46. Measure Data 10%
47. Once-through Boiler 10%
48. Control Simulation 9%
49. Switchgear 9%
50. Fundamental Response 9%
51. Sampling Simulation 9%
52. Multi-machine Power System 9%
53. Fluctuation Characteristics 9%
54. Isolated System 9%
55. Power System Inertia 9%
56. Inertia Constant 9%
57. Frequency Transient 9%
58. Spinning Reserve 9%
59. Light Water Reactor 9%
60. Parameter Design 9%
61. System Identification 9%
62. Probabilistic Estimation 9%
63. System Characteristics 9%
64. Battery Energy Storage System 9%
65. Future Distribution Network 9%
66. System Load 9%
67. Voltage Control 8%
68. Time-domain Simulation 8%
69. Numerical Simulation 8%
70. Renewable Energy 8%
71. Design Scheme 7%
72. Oscillatory Instability 7%
73. Plant Dynamics 7%
74. Plant Response 7%
75. Profile Management 7%
76. Power Plant 7%
77. Energy Issues 7%
78. Environmental Issues 7%
79. Stabilization System 7%
80. Voltage Fluctuation 7%
81. Node Model 6%
82. Okinawa Prefecture 6%
83. Active Power Output 6%
84. Dynamic Behavior 6%
85. Simulation Program 6%
86. Control Performance 6%
87. Time Series Data 6%
88. Power System Model 6%
89. Amplitude Change 6%
90. Wind Power Integration 6%
91. Curtailment 6%
92. Photovoltaic Generation 5%
93. Electric Power Systems 5%
94. Power Quality 5%
95. Governor 5%
96. Renewable Energy Penetration 5%
97. Active Power Curtailment 5%
98. Large-scale Renewable Energy 5%
99. Power Output 5%
100. Supply Balance 5%

Engineering

1. Power Engineering 100%
2. Computer Simulation 39%
3. Reactive Power 39%
4. System Frequency 29%
5. Load Frequency Control 27%
6. Distribution System 23%
7. Power Control 21%
8. Wind Power Generation 18%
9. Nonlinearity 18%
10. Profile Control 18%
11. Control System 17%
12. Photovoltaics 16%
13. Electric Power Plant 16%
14. Systems Dynamics 16%
15. Power Conditioning 15%
16. Conditioning System 15%
17. Simulation Result 15%
18. Steam Generator 15%
19. Real-Time Pricing 13%
20. Flywheel 13%
21. Smart Meters 13%
22. Active Power 13%
23. Transients 13%
24. Japan 12%
25. Nodes 11%
26. Measurement Data 10%
27. Curtailment 10%
28. Time Domain 10%
29. Switchgear 9%
30. Nuclear Power Plant 9%
31. Diesel Generator 9%
32. Spinning Reserve 9%
33. Light Water Reactors 9%
34. Isolated System 9%
35. Parameter Design 9%
36. Electric Power Distribution 9%
37. Parametric Resonance 9%
38. Numerical Integration 9%
39. Battery Energy Storage 9%
40. Eigenvalue 8%
41. Load System 8%
42. Oscillatory Instability 7%
43. Power Flow 7%
44. Renewable Energy 7%
45. Power Output 6%
46. Limit Cycle 6%
47. Electric Power Systems 6%
48. Energy Engineering 6%
49. Dynamic Behavior 6%
50. Voltage Fluctuation 6%
51. Power Quality 6%
52. Wind Power 6%
53. Renewable Energy Source 6%
54. Model System 6%
55. Simulation Program 6%
56. Upper Limit 6%
57. Data Series 5%
58. Compressed Air Motors 5%
59. Simulation Tool 5%
60. Power Variation 5%
61. Diesel Generator Model 5%