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power losses (võtmesõna)
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ekspordi kõik päringu tulemused
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autor kahanevalt
ilmumisaasta kasvavalt
ilmumisaasta kahanevalt
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pealkiri kahanevalt
1
artikkel ajakirjas
Experimental evaluation of GaN gate injection transistors
Rabkowski, Jacek
;
Barlik, Roman
Przeglad elektrotechniczny = Electrical review
2015
/
p. 9-12 : ill
http://dx.doi.org/10.15199/48.2015.03.03
artikkel ajakirjas
2
artikkel kogumikus
Experimental study of high step-up quasi-Z-source DC-DC converter with synchronous rectification
Liivik, Liisa
;
Chub, Andrii
;
Vinnikov, Dmitri
;
Zakis, Janis
2015 9th International Conference on Compatibility and Power Electronics (CPE) : proceedings : Faculty of Science and Technology (FCT), Caparica, Lisbon, Portugal, 24-26 June, 2015
2015
/
p. 409-414 : ill
http://dx.doi.org/10.1109/CPE.2015.7231110
artikkel kogumikus
3
artikkel ajakirjas EST
/
artikkel ajakirjas ENG
Impact of transformer turns ratio on the power losses and efficiency of the wide range isolated buck–boost converter for photovoltaic applications
Mashinchi Maheri, Hamed
;
Vinnikov, Dmitri
;
Chub, Andrii
;
Sidorov, Vadim
;
Liivik, Elizaveta
Energies
2020
/
art. 5645, 21 p
https://doi.org/10.3390/en13215645
Journal metrics at Scopus
Article at Scopus
Journal metrics at WOS
Article at WOS
artikkel ajakirjas EST
/
artikkel ajakirjas ENG
4
artikkel ajakirjas EST
/
artikkel ajakirjas ENG
Optimization of mode in distribution electrical grid by using renewable energy sources for rural energy supply
Shokolakova, S.
;
Keshuov, S.A.
;
Saukhimov, A.A.
;
Šuvalova, Jelena
International journal of mechanical engineering and technology
2018
/
p. 1396–1404
https://www.iaeme.com/MasterAdmin/uploadfolder/IJMET_09_07_149/IJMET_09_07_149.pdf
Journal metrics at Scopus
Article at Scopus
artikkel ajakirjas EST
/
artikkel ajakirjas ENG
5
artikkel kogumikus
Performance benchmarking of Si and GaN MOSFETs in isolated buck-boost DC-DC converter
Mashinchi Maheri, Hamed
;
Vinnikov, Dmitri
;
Rahman, Showrov
2021 IEEE 62nd International Scientific Conference on Power and Electrical Engineering of Riga Technical University (RTUCON), 15-17 Nov. 2021 : conference proceedings
2021
/
p. 1-6 : ill
https://doi.org/10.1109/RTUCON53541.2021.9711696
artikkel kogumikus
6
artikkel kogumikus
The possibilities to improve local electrical power grid : case of TUT campus [Electronic resource]
Astapov, Victor
;
Palu, Ivo
2016 17th International Scientific Conference on Electric Power Engineering (EPE) : proceedings
2016
/
[5] p. : ill. [USB]
https://doi.org/10.1109/EPE.2016.7521793
artikkel kogumikus
Kirjeid leitud 6, kuvan
1 - 6
võtmesõna
391
1.
power losses
2.
power electronics applications in power systems and utilities
3.
AC losses
4.
conduction losses
5.
core losses
6.
corona losses
7.
emission losses
8.
energy losses
9.
environmental and economic losses of the construction project
10.
food losses and food waste
11.
iron losses
12.
losses
13.
losses measurement
14.
losses minimization
15.
magnet losses
16.
magnetic losses
17.
mining losses
18.
nitrogen losses
19.
rotor losses
20.
switch losses
21.
switching losses
22.
system losses
23.
transmission losses
24.
AC/DC power converter
25.
AC‐AC power convertors
26.
ac-dc power conversion
27.
AC-DC power converter
28.
AC-DC power converters
29.
active power
30.
active power decoupling
31.
adaptive power allocation
32.
aircraft electric power system
33.
alpha power variability
34.
auxiliary power supply
35.
balance of power
36.
balancing power
37.
bidirectional power flow
38.
bidirectional power flow control
39.
bisection based optimal power allocation
40.
boost power converter
41.
buck-boost full power converter
42.
buck–boost power converter
43.
capabilities of power electronics
44.
capacitive power transfer
45.
CHP (combined power and heat)
46.
combined heat and power
47.
combined heat and power plant
48.
common-ground power converter
49.
condensing power plant
50.
connection power
51.
constant power load
52.
constant power source
53.
consumed power minimization
54.
consumer power system
55.
consumer-perceived power
56.
contribution to power quality deterioration
57.
conventional power plant
58.
cyber physical power system (CPPS)
59.
cyber power Europe
60.
DC power supply
61.
DC/DC power conversion
62.
DC/DC power converters
63.
DC-AC power conversion
64.
DC-AC power converters
65.
DC-DC power conversion
66.
DC‐DC power conversion
67.
DC-DC power converter
68.
DC-DC power converters
69.
DC–DC power converters
70.
DC-DC power convertors
71.
DC‐DC power convertors
72.
Differential Power Analysis (DPA)
73.
dimensioning cooling power
74.
directional power spectral density
75.
Discrete power device
76.
distributed power
77.
distributed power generation
78.
distributed power systems
79.
distrubuted power generation
80.
double power-law
81.
dual-purpose dc-dc/ac power converter
82.
economic power dispatch
83.
Egyptian power system
84.
electric power generation
85.
electric power storage system
86.
electric power system stability
87.
electric power transmission
88.
electric power transmission networks
89.
electric power utilization
90.
electrical power quality
91.
electrical power systems
92.
faults in power system
93.
flexibility in power systems
94.
fluid power feeding system with a pneumo-hydraulic accumulator
95.
fluid power system
96.
fossil fuel power plants
97.
fractional power zero-pole
98.
fuel cell power systems
99.
full power converter
100.
full power Z -source converter
101.
functional power plants
102.
functional power-plants
103.
GaAs power devices
104.
galvanically isolated DC-DC power converter
105.
global maximum power point
106.
grid-connected power supply
107.
heat and power plant
108.
heating power
109.
high step-up power converter
110.
high voltage power converters
111.
hybrid power system
112.
hydraulic power
113.
hydroelectric power generation
114.
hydroelectric power station (HEPS)
115.
inductive power transfer
116.
inductive power transfer (IPT)
117.
inductive power transmission
118.
inductive wireless power transfer link
119.
industrial power systems
120.
integration of solar power plants
121.
Interconnected power system
122.
isolated power conditioning unit (PCU)
123.
isolated power converters
124.
Kalman-filter based maximum power point tracking (KF-MPPT)
125.
leakage current and reactive power supporting
126.
limited power
127.
lithium batteries and power system modeling
128.
local power supply system
129.
low power
130.
low-power ASIC design
131.
low-power device
132.
market power
133.
market power mitigation
134.
maximum power point
135.
maximum power point tracker
136.
Maximum power point trackers
137.
maximum power point tracking
138.
maximum power point tracking (MPPT)
139.
medium voltage power cables
140.
Mini-block power plant
141.
Modern power system
142.
module level power electronics (MLPE)
143.
module-level power electronics (MLPE)
144.
multi-machine industrial power plant
145.
multi-machine power system
146.
narrowband power line communications
147.
non-active power
148.
non-coercive power
149.
normative power
150.
nuclear power
151.
off-grid hybrid power supply
152.
Off-shore wind power
153.
offshore wind power plants
154.
oil shale-fired power plants
155.
oil-shale power generation
156.
parallel active power filter
157.
partial power based on buck-boost resonance converter
158.
partial power based on isolated Z - Source converter(PPZSC)
159.
partial power conversion
160.
partial power converter
161.
partial power converters
162.
partial power processing
163.
Partial power processing (PPP)
164.
photovoltaic power plant
165.
photovoltaic power systems
166.
power
167.
power allocation
168.
power amplifier
169.
power aware computing
170.
power balance
171.
power based control
172.
power bed fusion
173.
power cable
174.
Power cables
175.
power capacitors
176.
power chart
177.
power combiner
178.
power conditioner
179.
power conditioning
180.
power conditioning units (PCUs)
181.
power consensus
182.
power consumption
183.
power consumption of production
184.
power control
185.
power conversion
186.
power converter
187.
power converter interfaces
188.
power converters
189.
power converters design
190.
power converters for EV
191.
power decoupling
192.
Power Delay Product (PDP)
193.
power delivery network
194.
power demand
195.
power devices
196.
power diodes
197.
power dissipation
198.
power disspation
199.
power distribution
200.
power distribution control
201.
power distribution faults
202.
power distribution lines
203.
power distribution network
204.
power distribution system
205.
power electronic building block
206.
power electronic converter
207.
power electronic converters
208.
power electronic interfaces
209.
power electronic interfaces for renewable energy sources
210.
power electronic transformer
211.
power electronics
212.
power electronics (PE)
213.
power electronics converter
214.
power electronics converters
215.
power engineering
216.
power engineering computing
217.
power exchange
218.
power factor
219.
power factor correction
220.
power factor correction (PFC)
221.
power flow
222.
power flow equations
223.
power forecasting
224.
power frequency
225.
power generation
226.
power generation dispatch
227.
power generation economics
228.
power generation planning
229.
power grid
230.
power grid project
231.
power grids
232.
power harmonic filters
233.
power imbalance
234.
Power industry
235.
power inverter
236.
Power Iteration Clustering (PIC)
237.
Power leveling strategy
238.
power limitation
239.
power line communication
240.
power line construction
241.
power loss
242.
power loss model
243.
power management
244.
power market model
245.
power markets
246.
power measurement
247.
power module
248.
power MOSFET
249.
power optimization
250.
power optimizer
251.
Power oscillation damping controller (PODC)
252.
power outage
253.
Power Plant
254.
power plant cycling
255.
power plant pollution
256.
Power plants
257.
power quality
258.
power quality benchmarking
259.
power quality case study
260.
Power Quality Disturbances (PQD)
261.
power quality disturbances (PQDs)
262.
power quality legislation
263.
power quality measurement
264.
power quality measurement equipment
265.
power quality measurements
266.
power quality monitoring
267.
power quality parameters
268.
power reduction
269.
power semiconductor device
270.
power semiconductor devices
271.
power semiconductor switches
272.
power series
273.
power signature
274.
power smoothing
275.
power spectral density
276.
power spectrum
277.
Power storage
278.
power supplier
279.
power supplies
280.
power supplies to apparatus
281.
power supply
282.
power swings
283.
power system
284.
power system analysis computing
285.
power system control
286.
power system dynamics
287.
power system economics
288.
power system faults
289.
power system harmonics
290.
power system management
291.
power system measurements
292.
power system modelling
293.
power system operation
294.
power system parameter estimation
295.
power system planning
296.
power system protection
297.
power system reliability
298.
power system resilience
299.
power system restoration
300.
power system security
301.
power system simulation
302.
power system simulations
303.
Power system stabilizer (PSS)
304.
power system stability
305.
power system transient stability
306.
power systems
307.
Power systems expansion
308.
power systems flexibility
309.
power sytems
310.
power to hydrogen technology
311.
power transfer distribution factor
312.
power transformers
313.
power transistors
314.
power transmission
315.
power transmission lines
316.
power variations
317.
power verification
318.
power-aware
319.
power-electronic converters
320.
power-factor correction
321.
power-flow equations
322.
power-hardware-in-the-loop
323.
power-laws
324.
power-sharing
325.
power-to-gas based storage system
326.
Power-to-heat
327.
PQ (Power Quality)
328.
PQM (Power Quality Monitoring)
329.
pulse width modulated power converters
330.
pulsed power load (PPL)
331.
pulsewidth-modulated power converters
332.
PV module level power electronics
333.
PV power generation
334.
PV power output
335.
PV power plant
336.
reactive power
337.
reactive power compensation
338.
reactive power control
339.
reactive power injection
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.
Soft power
353.
solar power
354.
solar power forecasting
355.
solar power generation
356.
solar power plant integration
357.
space-based solar power
358.
static power converters
359.
surplus power factor
360.
sustainable power engineering
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.
theta band power
370.
three-phase power factor correction (PFC) converter
371.
time-delay renewable power systems
372.
topological power plant
373.
topology/power control
374.
Unified power flow controller (UPFC)
375.
uninterruptible power supply (UPS)
376.
wave power
377.
welding power supply
378.
wind power
379.
wind power forecasting
380.
wind power generation
381.
wind power generators
382.
wind power plants
383.
wind power production
384.
Wind-photovoltaic-thermal-bundled power
385.
wireless power transfer
386.
virtual power plant
387.
virtual power plants
388.
virtual power plant's (VPPs)
389.
working power of luminaires
390.
voting power
391.
15min power balance
märksõna
1
1.
Enefit Power
autor
1
1.
Power, Ian M.
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