Otsing - TalTech teadusportaal

power engineering (võtmesõna)

—

Lisa tingimus Liitotsing filter

Tühista

teaviku laadid

raamat ..

artikkel ajakirjas ..

artikkel ajalehes ..

artikkel kogumikus ..

dissertatsioon ..

Open Access ..

Teaduspublikatsioon ..

aasta

ilmumisaasta

Toon andmeid..

autor

Toon andmeid..

TTÜ struktuuriüksus

Toon andmeid..

märksõna

Toon andmeid..

seeria-sari

Toon andmeid..

tema kohta

Toon andmeid..

võtmesõna

Toon andmeid..

Tühista

ekspordi kõik päringu tulemused (4)
Salvesta TXT fail

Salvesta PDF fail

prindi
Märgitud kirjetega toimetamiseks ava valitud kirjed

kuva

reasta
1

artikkel kogumikus

Distributed energy laboratory concept focused on power electronics unitsPoliakov, Nikolai; Demidova, Galina; Zolov, PavelInternational Conference on Electromechanical and Power Systems (SIELMEN)2021 / p. 387-392 https://doi.org/10.1109/SIELMEN53755.2021.9600330

artikkel kogumikus
2

artikkel kogumikus

Estimation of peak voltage value and its occurrence timing upon non-sinusoidal supply voltageDaniel, Kamran; Kütt, Lauri; Iqbal, Muhammad Naveed; Shabbir, Noman; Jarkovoi, Marek2024 IEEE 18th International Conference on Compatibility, Power Electronics and Power Engineering (CPE-POWERENG)2024 / p. 1-6 https://doi.org/10.1109/CPE-POWERENG60842.2024.10604412

artikkel kogumikus
Seotud publikatsioonid 1
- Load current harmonic sensitivity of AC/DC power converters of energy efficient devices = Energiatõhusate seadmete vahelduv-alalisvoolumuundurite koormusvoolu harmoonikute tundlikkus
3

artikkel ajakirjas

Inverse methods and integral-differential model demonstration for optimal mechanical operation of power plants - numerical graphical optimization for second generation of tribology modelsCasesnoves, FranciscoScientific Journal of Riga Technical University. Electrical, control and communication engineering2018 / p. 39-50 : ill https://doi.org/10.2478/ecce-2018-0005

artikkel ajakirjas
4

artikkel kogumikus

Inverse methods for computational simulations and optimization of erosion models in power plants : a numerical-sufactal nonlinear optimization of modellingCasesnoves, Francisco; Surženkov, Andrei2017 IEEE 58th International Scientific Conference on Power and Electrical Engineering of Riga Technical University (RTUCON) : proceedings : Latvia, Riga, 12-13 October, 20172017 / [8] p. : ill http://dx.doi.org/10.1109/RTUCON.2017.8125630

artikkel kogumikus

Kirjeid leitud 4, kuvan 1 - 4

1. power engineering
2. power engineering computing
3. sustainable power engineering
4. power electronics applications in power systems and utilities
5. AC power converters
6. AC/DC power converter
7. AC‐AC power convertors
8. ac-dc power conversion
9. AC-DC power converter
10. AC-DC power converters
11. active power
12. active power decoupling
13. adaptive power allocation
14. aircraft electric power system
15. alpha power variability
16. auxiliary power supply
17. balance of power
18. balancing power
19. bidirectional power flow
20. bidirectional power flow control
21. bisection based optimal power allocation
22. boost power converter
23. buck-boost full power converter
24. buck–boost power converter
25. capabilities of power electronics
26. capacitive power transfer
27. CHP (combined power and heat)
28. combined heat and power
29. combined heat and power economic dispatch (CHPED)
30. combined heat and power plant
31. common-ground power converter
32. concentrated solar power
33. condensing power plant
34. connection power
35. constant power load
36. constant power source
37. consumed power minimization
38. consumer power system
39. consumer-perceived power
40. contribution to power quality deterioration
41. conventional power plant
42. cyber physical power system (CPPS)
43. cyber power Europe
44. DC power supply
45. DC/DC power conversion
46. DC/DC power converters
47. DC-AC power conversion
48. DC-AC power converters
49. DC-DC power conversion
50. DC‐DC power conversion
51. DC-DC power converter
52. DC-DC power converters
53. DC–DC power converters
54. DC-DC power convertors
55. DC‐DC power convertors
56. Differential Power Analysis (DPA)
57. dimensioning cooling power
58. directional power spectral density
59. Discrete power device
60. distributed power
61. distributed power generation
62. distributed power systems
63. distrubuted power generation
64. double power-law
65. dual-purpose dc-dc/ac power converter
66. economic power dispatch
67. Egyptian power system
68. electric power distribution
69. electric power generation
70. electric power storage system
71. electric power system control
72. electric power system stability
73. electric power systems
74. electric power transmission
75. electric power transmission networks
76. electric power utilization
77. electrical power quality
78. electrical power systems
79. faults in power system
80. flexibility in power systems
81. fluid power feeding system with a pneumo-hydraulic accumulator
82. fluid power system
83. fossil fuel power plants
84. fractional power zero-pole
85. fuel cell power systems
86. full power converter
87. full power Z -source converter
88. functional power plants
89. functional power-plants
90. GaAs power devices
91. galvanically isolated DC-DC power converter
92. global maximum power point
93. grid-connected power supply
94. grid-forming power converters
95. heat and power plant
96. heating power
97. high percentage of wind power
98. high step-up power converter
99. high voltage power converters
100. hybrid power system
101. hydraulic power
102. hydroelectric power generation
103. hydroelectric power station (HEPS)
104. inductive power transfer
105. inductive power transfer (IPT)
106. inductive power transmission
107. inductive wireless power transfer link
108. industrial power systems
109. instantaneous power balancing
110. integration of solar power plants
111. Interconnected power system
112. isolated power conditioning unit (PCU)
113. isolated power converters
114. Kalman-filter based maximum power point tracking (KF-MPPT)
115. leakage current and reactive power supporting
116. limited power
117. lithium batteries and power system modeling
118. local power supply system
119. low power
120. low-power ASIC design
121. low-power decoupling
122. low-power designs
123. low-power device
124. market power
125. market power mitigation
126. maximum power point
127. maximum power point tracker
128. Maximum power point trackers
129. maximum power point tracking
130. maximum power point tracking (MPPT)
131. medium voltage power cables
132. Mini-block power plant
133. Modern power system
134. module level power electronics (MLPE)
135. module-level power electronics (MLPE)
136. multi-machine industrial power plant
137. multi-machine power system
138. narrowband power line communications
139. non-active power
140. non-coercive power
141. normative power
142. nuclear power
143. off-grid hybrid power supply
144. Off-shore wind power
145. offshore wind power plants
146. oil shale-fired power plants
147. oil-shale power generation
148. parallel active power filter
149. partial power based on buck-boost resonance converter
150. partial power based on isolated Z - Source converter(PPZSC)
151. partial power conversion
152. partial power converter
153. partial power converter (PPC)
154. partial power converters
155. partial power processing
156. Partial power processing (PPP)
157. peak power limiting
158. photovoltaic power plant
159. photovoltaic power systems
160. power
161. power allocation
162. power amplifier
163. power aware computing
164. power balance
165. power based control
166. power bed fusion
167. power cable
168. Power cables
169. power capacitors
170. power chart
171. power combiner
172. power conditioner
173. power conditioning
174. power conditioning units (PCUs)
175. power consensus
176. power consumption
177. power consumption of production
178. power control
179. power conversion
180. power converter
181. power converter interfaces
182. power converters
183. power converters design
184. power converters for EV
185. power decoupling
186. Power Delay Product (PDP)
187. power delivery network
188. power demand
189. power density
190. power devices
191. power diodes
192. power dissipation
193. power disspation
194. power distribution
195. power distribution control
196. power distribution faults
197. power distribution lines
198. power distribution network
199. power distribution system
200. power electronic building block
201. power electronic converter
202. power electronic converters
203. power electronic interfaces
204. power electronic interfaces for renewable energy sources
205. power electronic transformer
206. power electronics
207. power electronics (PE)
208. power electronics converter
209. power electronics converters
210. power exchange
211. power factor
212. power factor correction
213. power factor correction (PFC)
214. power flow
215. power flow equations
216. power forecasting
217. power frequency
218. power generation
219. power generation dispatch
220. power generation economics
221. power generation planning
222. power grid
223. power grid imbalance
224. power grid project
225. power grids
226. power harmonic filters
227. power imbalance
228. Power industry
229. power inverter
230. Power Iteration Clustering (PIC)
231. Power leveling strategy
232. power limitation
233. power line communication
234. power line construction
235. power loss
236. power loss minimization
237. power loss model
238. power losses
239. power management
240. power market model
241. power markets
242. power measurement
243. power module
244. power MOSFET
245. power of discrimination
246. power optimization
247. power optimizer
248. Power oscillation damping controller (PODC)
249. power outage
250. Power Plant
251. power plant cycling
252. power plant pollution
253. Power plants
254. power quality
255. power quality benchmarking
256. power quality case study
257. Power Quality Disturbances (PQD)
258. power quality disturbances (PQDs)
259. power quality legislation
260. power quality measurement
261. power quality measurement equipment
262. power quality measurements
263. power quality monitoring
264. power quality parameters
265. power reduction
266. power semiconductor device
267. power semiconductor devices
268. power semiconductor switches
269. power series
270. power signature
271. power smoothing
272. power sources
273. power spectral density
274. power spectrum
275. Power storage
276. power supplier
277. power supplies
278. power supplies to apparatus
279. power supply
280. power swings
281. power system
282. power system analysis computing
283. power system control
284. power system dynamics
285. power system economics
286. power system faults
287. power system harmonics
288. power system management
289. power system measurements
290. power system modeling
291. power system modelling
292. power system operation
293. power system parameter estimation
294. power system planning
295. power system protection
296. power system reliability
297. power system resilience
298. power system restoration
299. power system security
300. power system simulation
301. power system simulations
302. Power system stabilizer (PSS)
303. power system stability
304. power system transient stability
305. power systems
306. Power systems expansion
307. power systems flexibility
308. power sytems
309. power to hydrogen technology
310. power transfer distribution factor
311. power transformers
312. power transistors
313. power transmission
314. power transmission lines
315. power variations
316. power verification
317. power-aware
318. power-electronic converters
319. power-factor correction
320. power-flow equations
321. power-hardware-in-the-loop
322. power-laws
323. power-sharing
324. power-to-gas based storage system
325. Power-to-heat
326. PQ (Power Quality)
327. PQM (Power Quality Monitoring)
328. pulse width modulated power converters
329. pulsed power load (PPL)
330. pulsewidth-modulated power converters
331. PV module level power electronics
332. PV power generation
333. PV power output
334. PV power plant
335. reactive power
336. reactive power compensation
337. reactive power control
338. reactive power injection
339. reactive power management
340. reactive power provision
341. relative band power
342. relative gamma power
343. resonant power convertors
344. reverse power flow
345. reverse power transfer
346. r-th power residue symbol
347. series partial power converter (S-PPC)
348. shade-tolerant maximum power point tracking (MPPT)
349. shale oil and power cogeneration
350. shunt active power filter
351. smart power electronics
352. smart power grids
353. Soft power
354. solar power
355. solar power forecasting
356. solar power generation
357. solar power plant integration
358. space-based solar power
359. static power converters
360. surplus power factor
361. switch mode power supply
362. switched mode power supplies
363. switched-mode power supplies
364. switchedmode power supply
365. switched-mode power supply
366. symbolic power
367. thermal power plant
368. thermal power plants
369. Thermal Power Station
370. theta band power
371. three-phase power factor correction (PFC) converter
372. time-delay renewable power systems
373. topological power plant
374. topology/power control
375. Unified power flow controller (UPFC)
376. uninterruptible power supply (UPS)
377. wave power
378. welding power supply
379. wind power
380. wind power forecasting
381. wind power generation
382. wind power generators
383. wind power plants
384. wind power production
385. Wind-photovoltaic-thermal-bundled power
386. wireless power transfer
387. virtual power plant
388. virtual power plant (VPP)
389. virtual power plants
390. virtual power plant's (VPPs)
391. working power of luminaires
392. voting power
393. 15min power balance
394. agent-oriented software engineering
395. Agile software engineering
396. Applications in Test Engineering
397. aquaculture engineering
398. architecture, engineering, construction, and facilities management (AEC/FM)
399. assistive technology and rehabilitation engineering
400. automated protocol reverse-engineering
401. automotive engineering
402. bandgap engineering
403. biomedical engineering
404. bone tissue engineering
405. C-engineering
406. civil engineering
407. civil engineering students
408. coastal engineering
409. cognitive system engineering
410. collaborative engineering
411. computer engineering
412. computer-aided engineering
413. construction engineering
414. control engineering computer applications
415. data engineering
416. detection engineering
417. distributed engineering
418. domain analysis and engineering
419. domain engineering
420. education in computer engineering
421. effective teaching engineering
422. electrical engineering
423. electrical engineering computing
424. electrical engineering education
425. electronics engineering education
426. energy engineering
427. engineering
428. engineering ceramics
429. engineering curriculum
430. engineering design
431. engineering education
432. engineering educational competences
433. engineering educator
434. engineering ethics
435. engineering faculty pedagogical education
436. engineering graphics
437. engineering idea
438. engineering industry
439. engineering pedagogy
440. engineering pedagogy science
441. engineering reliability operational probabilities
442. engineering students
443. engineering thermodynamics
444. feature engineering
445. financial engineering
446. Full-scale coking wastewater engineering
447. Genetic engineering
448. genome engineering
449. green engineering (GE)
450. high voltage engineering
451. industrial engineering
452. innovation in engineering education
453. integrated engineering
454. inverse methods for engineering applications
455. Klagenfurt School of Engineering Pedagogy
456. knowledge engineering
457. legal engineering
458. logistics and systems engineering
459. logistics engineering
460. maintenance engineering
461. malware reverse engineering
462. marine engineering
463. materials engineering
464. mechanical engineering
465. mechanical engineering and energy technology
466. mechanical engineering design
467. metabolic engineering
468. model driven engineering
469. model of non-technical engineering competences
470. Model-Based Engineering (MBE)
471. Model-Based Systems Engineering (MBSE)
472. model-driven software engineering
473. network protocol reverse engineering
474. non-technical engineering competences
475. ontology-based software engineering
476. process modeling for engineering applications
477. production engineering
478. protein engineering
479. qualification of an international engineering educator
480. railway engineering
481. Reliability engineering
482. requirements engineering
483. reverse engineering
484. rock engineering properties
485. safety engineering
486. security requirements engineering
487. social engineering
488. social-engineering
489. software engineering
490. software engineering education
491. Software engineering methodology evaluation
492. software engineering practises
493. strain engineering
494. students of engineering specialіties
495. supply chain engineering
496. surface engineering
497. system engineering
498. systems engineering
499. teaching engineering
500. teaching engineering ethics
501. telecommunications engineering
502. The International Society For Engineering Pedagogy
503. timber engineering
504. tissue engineering
505. transportation engineering curriculum
506. triptych software engineering
507. women in engineering careers

power engineering (võtmesõna)

teaviku laadid

võtmesõna 507

märksõna 3

autor 2

TTÜ märksõna 2