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DC-AC converters (võtmesõna)

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Kirjeid leitud 7
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ekspordi kõik päringu tulemused (7)
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artikkel ajakirjas EST / artikkel ajakirjas ENG

Comparative evaluation of dual-purpose converters suitable for application in dc and ac gridsHusev, Oleksandr; Matiushkin, Oleksandr; Jalakas, Tanel; Vinnikov, Dmitri; Vosoughi Kurdkandi, NaserIEEE journal of emerging and selected topics in power electronics2024 / p. 1337-1347 https://doi.org/10.1109/JESTPE.2023.3243857 Journal metrics at Scopus Article at Scopus Journal metrics at WOS Article at WOS

artikkel ajakirjas EST / artikkel ajakirjas ENG
2

artikkel kogumikus

Experimental comparison of two-level full-SiC and three-level Si–SiC quasi-Z-source inverters for PV applicationsStepenko, Serhii; Husev, Oleksandr; Vinnikov, Dmitri; Roncero-Clemente, Carlos; Pimentel, Sergio Pires; Santasheva, ElenaEmerging converter topologies and control for grid connected photovoltaic systems2021 / P. 121-137 : ill https://doi.org/10.3390/books978-3-03943-910-2

artikkel kogumikus
3

artikkel ajakirjas EST / artikkel ajakirjas ENG

Experimental comparison of two-level full-SiC and three-level Si–SiC quasi-Z-source inverters for PV applicationsStepenko, Serhii; Husev, Oleksandr; Vinnikov, Dmitri; Roncero-Clemente, Carlos; Pires Pimentel, Sergio; Santasheva, ElenaEnergies2019 / 2509 ; 17 p. : ill https://doi.org/10.3390/en12132509 Journal metrics at Scopus Article at Scopus Journal metrics at WOS Article at WOS

artikkel ajakirjas EST / artikkel ajakirjas ENG
4

artikkel kogumikus

Experimental efficiency and thermal parameters evaluation in Full-SiC Quasi-Z-Source inverterPimentel, Sergio Pires; Husev, Oleksandr; Vinnikov, Dmitri; Pires Pimentel, Sergio; Prystupa, Anatoliy2019 IEEE 60th International Scientific Conference on Power and Electrical Engineering of Riga Technical University (RTUCON), 7-9 October 2019 : conference proceedings2019 / 6 p. : ill https://doi.org/10.1109/RTUCON48111.2019.8982288

artikkel kogumikus
5

artikkel ajakirjas EST / artikkel ajakirjas ENG

Feasibility study of interleaving approach for Quasi-Z-Source inverterStepenko, Serhii; Husev, Oleksandr; Vinnikov, Dmitri; Fesenko, Artem; Matiushkin, OleksandrElectronics2020 / art. 277, 11 p. : ill https://doi.org/10.3390/electronics9020277 Journal metrics at Scopus Article at Scopus Journal metrics at WOS Article at WOS

artikkel ajakirjas EST / artikkel ajakirjas ENG
6

artikkel kogumikus

Grid-connected three-phase 3L-T-type qZS inverter for renewable energyRoncero-Clemente, Carlos; Husev, Oleksandr; Barrero-Gonzalez, Fermin; Gonzalez-Romera, Eva; Milanes-Montero, Maria Isabel; Romero-Cadaval, Enrique2020 IEEE 14th International Conference on Compatibility, Power Electronics and Power Engineering (CPE-POWERENG) : proceedings2020 / p. 114-119 https://doi.org/10.1109/CPE-POWERENG48600.2020.9161512

artikkel kogumikus
7

artikkel kogumikus

Overview of bidirectional unfolding converters for battery energy storage systemsBubovich, Alexander; Vorobyov, Maxim; Galkin, Ilja; Blinov, Andrei; Giannakis, Andreas2022 IEEE 13th International Symposium on Power Electronics for Distributed Generation Systems (PEDG)2022 / 7 p https://doi.org/10.1109/PEDG54999.2022.9923093

artikkel kogumikus

Kirjeid leitud 7, kuvan 1 - 7

1. DC-AC converters
2. DC-AC power converters
3. multi-port dc/ac converters
4. ac/dc-dc power converters
5. dual-purpose dc-dc/ac power converters
6. ac/dc converters
7. AC-DC power converters
8. bidirectional ac-dc converters
9. single-stage isolated ac-dc converters
10. dc-dc/ac converter
11. current-fed dc-dc converters
12. DC/DC converters
13. DC/DC power converters
14. dc–dc converters
15. DC-DC converters
16. DC-DC power converters
17. DC–DC power converters
18. impedance-source DC-DC converters
19. isolated buck-boost dc-dc converters (IBBC)
20. isolated buck-boost dc-dc converters (IBBCs)
21. isolated dc-dc converters
22. isolated DC-DC converters topologies
23. AC power converters
24. ac/dc conversion
25. AC/DC power converter
26. ac-dc
27. ac-dc applications
28. AC-DC conversion
29. AC-DC converter
30. ac-dc hybrid house
31. ac-dc power conversion
32. AC-DC power converter
33. AC-DC rectifier
34. bidirectional dc-ac converter
35. DC/AC converter
36. DC-AC conversion
37. DC-AC converter
38. DC–AC converter
39. dc-ac inverter
40. DC-AC inverters
41. DC-AC power conversion
42. DC-AC power convertors
43. high frequency link DC-AC converter
44. hybrid ac/dc microgrid
45. hybrid AC/DC microgrids
46. isolated ac-dc converter
47. metal stirring combined DC and AC supply
48. single-stage AC-DC converter
49. three-phase dc-ac converter
50. AC-AC converter
51. AC‐AC power convertors
52. bidirectional dc-dc converter
53. boost half-bridge DC-DC converter
54. current-fed DC/DC
55. current-fed DC-DC converter
56. DC/DC
57. DC/DC converter
58. DC/DC power conversion
59. DC/DC преобразователь
60. DC-DC
61. DC-DC boost converter
62. DC-DC conversion
63. dc–dc converter
64. DC-DC convertor
65. DC-DC power conversion
66. DC‐DC power conversion
67. DC-DC power converter
68. DC-DC power convertors
69. DC‐DC power convertors
70. dc-dc topology
71. forward dc-dc
72. forward dc-dc converter
73. galvanically isolated DC-DC power converter
74. GaN-based dc–dc converter
75. high gain dc/dc converter
76. High gain step up DC-DC converter
77. impedance-source DC-DC converter
78. Isolated dc/dc
79. isolated DC-DC converter
80. nonisolated dc–dc converter
81. partial power DC-DC converter
82. qZS DC/DC converter
83. qZS-based DC/DC converter
84. qZSI DC/DC converter
85. quasi-Z-source DC-DC converter
86. resonant DC-DC converter
87. series resonant DC/DC converter
88. step-up dc–dc converter
89. step-up DC-DC converter
90. two–stage DC/DC converter
91. AC
92. AC analysis
93. AC conductivity
94. AC impedance spectroscopy
95. AC loss factor
96. AC losses
97. AC machine
98. AC machines
99. AC microgrid
100. AC motor
101. AC motors
102. ac side equivalent admittance
103. ac voltage gain
104. ac-switch
105. adaptive chaotic class topper optimization (AC-CTO)
106. Air-conditioner (AC)
107. active front-end converters
108. bidirectional converters
109. boost half-bridge converters
110. capacitive-based isolated converters
111. common ground converters
112. control of multilevel converters
113. converters
114. current-fed converters
115. dual-purpose converters
116. electric converters
117. emerging power converters
118. Fault-tolerant (FT) converters
119. full-bridge converters
120. GaN-based converters
121. grid interface converters
122. grid-connected converters
123. grid-connected converters (GCCs)
124. grid-forming converters
125. grid-forming power converters
126. half-bridge converters
127. high frequency link converters
128. high step-up converters
129. high step-up power converters
130. high voltage power converters
131. immittance converters
132. impedance-source (IS) converters
133. impedance-source converters
134. interleaved converters
135. interlinking converters
136. isolated boost converters
137. isolated buck-boost converters
138. isolated buck–boost converters
139. isolated converters
140. isolated power converters
141. level-crossing analog-to-digital converters
142. level-crossing analogue-to-digital converters (ADC)
143. matrix converters
144. modular multilevel converters
145. module integrated converters (MIC)
146. module-integrated converters
147. multilevel converters
148. multiphase converters
149. multiphase switching converters
150. multiport converters
151. multi-port converters
152. off-grid hybrid photovoltaic converters
153. partial power converters (PPC)
154. photovoltaic energy converters
155. power converters
156. power converters design
157. power converters for EV
158. power electronic converters
159. power electronics converters
160. power-electronic converters
161. pulse width modulated converters
162. pulse width modulated power converters
163. pulse width modulation converters
164. pulsewidth-modulated power converters
165. push-pull converters
166. quadratic buck converters
167. quasi-Z-source (qZS) converters
168. quasi-Z-source converters
169. reconfigurable converters
170. resonant converters
171. resonant push-pull converters
172. series resonance converters (SRC)
173. series resonant converters
174. series resonant converters (SRC)
175. series-resonant converters
176. standards; grid interface converters
177. static power converters
178. step-up/down converters
179. switching converters
180. ZCS converters
181. ZVS converters
182. universal bidirectional converters
183. universal dual-purpose converters
184. Wave energy converters
185. wide range converters
186. voltage-source converters
187. data center (DC)
188. dc buildings
189. dc bus signaling
190. dc circuit breaker
191. dc circuit breaker (DCCB)
192. DC commercial and residential buildings
193. DC conductivity
194. DC contactor
195. dc distribution
196. dc distribution systems
197. DC drift
198. dc droop control
199. DC fast charger
200. DC fast charging station
201. DC fast charging stations
202. DC field excited
203. dc grid-forming
204. dc house
205. DC -link control
206. DC loads
207. DC magnetron sputtering
208. dc microgrids
209. DC motor
210. DC motors
211. dc nanogrid
212. DC nanogrids
213. DC power supply
214. DC power systems
215. dc protection
216. DC sputtering
217. DC technology
218. dc transformer
219. dc transformers
220. DC volatege balancing
221. dc voltage gain
222. dc-capacitor precharge
223. DC-link balancing
224. DC-link control
225. dc-link voltage control
226. dc-link voltage utilization
227. dc-powered buildings
228. DC-ready
229. direct current (DC)
230. direct current (DC) building
231. ironless brushless dc (BLDC) motor
232. modular DC contactor
233. reconfigurable DC solid-state circuit breaker (SSCB)
234. residential dc microgrid
235. residential dc nanogrids
236. soft dc-link
237. Z-source DC circuit breakers (ZSCB)
238. variable dc-link voltage

1. Udayashankar, A.C.
2. Bicknell, Russell D.C.
3. Boon, Baayla D.C.
4. Dc Rubin, Sergio S. C.
5. Rubin, Sergio Dc

1. Residential DC Innovation Hub
2. TalTech Residential DC Innovation Hub

1. Residential DC Innovation Hub
2. TalTech Residential DC Innovation Hub

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