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1

book article

Model predictive control of a single-stage flying inductor based buck-boost grid-connected cmmon-ground inverterRahimpour, Saeed; Matiushkin, Oleksandr; Kurdkandi, Naser Vosoughi; Najafzadeh, Mahdiyyeh; Husev, Oleksandr; Vinnikov, Dmitri2021 IEEE 62nd International Scientific Conference on Power and Electrical Engineering of Riga Technical University (RTUCON)2021 / p. 1-6 https://doi.org//10.1109/RTUCON53541.2021.9711711

book article
Seotud publikatsioonid 1
- Common-ground energy router structure with enhanced reliability and protection = Ühise nulljuhtmega suurendatud töökindluse ja kaitsega energiaruuter
2

book article

Modified DQ control approach for three-phase inverterMakovenko, Elena; Husev, Oleksandr; Roncero-Clemente, Carlos; Romero-Cadaval, Enrique; Vinnikov, Dmitri2017 IEEE 58th International Scientific Conference on Power and Electrical Engineering of Riga Technical University (RTUCON) : proceedings : Latvia, Riga, 12-13 October, 20172017 / [3] p. : ill http://dx.doi.org/10.1109/RTUCON.2017.8124800

book article
3

journal article

A new flying capacitor-based buck-boost converter for dual-purpose applicationsHemmati Shahsavar, Tala; Vosoughi Kurdkandi, Naser; Husev, Oleksandr; Babaei, Ebrahim; Sabahi, Mehran; Khoshkbar-Sadigh, Arash; Vinnikov, DmitriIEEE journal of emerging and selected topics in industrial electronics2023 / p. 447-459 https://doi.org/10.1109/JESTIE.2023.3238322

journal article
4

book article

A new high step-up NPC-based switched-capacitor seven-level grid-tied inverter for PV applicationsMarangalu, Milad Ghavipanjeh; Mashinchi Maheri, Hamed; Vinnikov, Dmitri; Jalakas, Tanel2023 IEEE 64th International Scientific Conference on Power and Electrical Engineering of Riga Technical University (RTUCON), Riga, Latvia, October 9-10, 2023 : conference proceedings2023 / 6 p https://doi.org/10.1109/RTUCON60080.2023.10413150

book article

Number of records 4, displaying 1 - 4

1. grid-connected inverter
2. grid connected inverter
3. transformerless grid connected inverter
4. grid connected
5. grid-connected
6. grid-connected algorithms
7. grid-connected converters (GCCs)
8. grid-connected de nanogrid
9. grid-connected power supply
10. grid-connected PV system
11. grid tied inverter
12. grid-tied inverter
13. quasi-impedance-source inverter (3L-T-type qZS inverter)
14. connected and automated mobility
15. connected automated vehicles
16. connected intelligence
17. connected vehicles
18. connected-and-automated mobility
19. star-connected expressions
20. active NPC qZS inverter
21. adaptive grid
22. ancillary grid services
23. ascending hierarchical grid system
24. autonomous voltage inverter
25. breakeven grid extension distance
26. buck-boost inverter
27. buck–boost inverter
28. cascaded inverter
29. Continental grid
30. control system for grid integration
31. current inverter
32. current source inverter
33. current–source–inverter
34. dc-ac inverter
35. desktop grid
36. discretization (grid) uncertainties
37. distorted grid
38. distributed grid
39. distribution grid
40. dual boost inverter
41. dynamic overset grid
42. electricity grid
43. energy grid
44. flying inductor based inverter
45. grid
46. grid classification
47. Grid Code
48. grid connection
49. grid connection requirements
50. grid deferral
51. grid following inverters (CSI)
52. grid forming inverters (VSI)
53. grid forming mode
54. Grid integration
55. grid interaction
56. grid interface converters
57. grid load
58. grid planning
59. grid requirement
60. grid supply
61. grid support
62. grid supporting inverters
63. grid verification
64. grid-forming control
65. grid-forming converters
66. grid-forming power converters
67. grid-generated turbulence
68. grid-interactive buildings
69. grid-interactive PV inverters
70. half-bridge inverter
71. hybrid inverter
72. impedance source inverter
73. impedance-source inverter
74. impedance-source-inverter
75. interleaved inverter
76. inverter
77. inverter sizing
78. inverter topologies
79. inverter-fed induction motor
80. island grid
81. isolated matrix inverter
82. low voltage distribution grid
83. low voltage grid
84. multilevel inverter
85. multilevel inverter
86. multi-level inverter
87. multilevel inverter (MLI)
88. neutral point clamped inverter
89. neutral-point-clamped inverter
90. nonuniform grid
91. Nordic grid
92. NPC-based inverter
93. off-grid
94. off-grid hybrid photovoltaic converters
95. off-grid hybrid photovoltaic inverters
96. off-grid hybrid power supply
97. off-grid mode
98. offshore electricity grid structure
99. on-grid installation
100. power grid
101. power grid imbalance
102. power grid project
103. power inverter
104. PV micro inverter
105. PWM inverter
106. qZ-inverter
107. qZS inverter
108. quasi Z-source inverter
109. quasi-impedance source inverter
110. quasi-impedance-source inverter
111. quasi-switched boost inverter
112. quasi-Z Source Inverter (qZSI)
113. quasi-Z-source inverter
114. quasi-Z-source inverter (qZSI)
115. quasi-Z-source inverter (qZSI) supercapcitor
116. quazi-Z-source inverter
117. resonant inverter
118. service grid
119. single phase inverter
120. single-phase inverter
121. single-stage inverter
122. smart grid
123. smart grid (SG)
124. smart-grid
125. solar inverter
126. standards; grid interface converters
127. step-up inverter
128. switched-boost inverter
129. switched-capacitor inverter
130. Z-inverter
131. Z-source inverter
132. three-level inverter
133. three-level neutral-point-clamped inverter
134. three-level NPC inverter
135. three-level T-type inverter
136. three-level T-type quasi-impedance-source inverter (3L-T-type qZSI)
137. three-level voltage inverter
138. transformer-less common grounded inverter
139. transformer-less inverter
140. transmission grid
141. T-type inverter
142. two-level inverter
143. weak distribution grid
144. Vehicle to grid (V2G)
145. voltage source inverter
146. voltage source inverter (VSI)
147. voltage–source–inverter
148. 3-level T-type inverter

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