- Видео 116
- Просмотров 238 846
Dr. D. Sreenivasarao.
Индия
Добавлен 27 дек 2017
NIT Warangal
Advanced Power Converters: MATLAB Simulation of Decoupled Current Control | Grid Integration | L24
GATE, Electrical Engineering, Power Electronics, Power quality, Custom Power Devices (CPDs), Flexible AC Transmission System (FACTS), Multilevel inverters, Improved power quality converters.
Просмотров: 2 317
Видео
Advanced Power Converters: Grid Integration of Inverters | Decoupled Current Control | Part 1 | L23
Просмотров 2,7 тыс.2 года назад
GATE, Electrical Engineering, Power Electronics, Power quality, Custom Power Devices (CPDs), Flexible AC Transmission System (FACTS), Multilevel inverters, Improved power quality converters.
Advanced Power Converters: Grid Integration of Inverters | Decoupled Current Control | Part 2 | L24
Просмотров 2,4 тыс.2 года назад
GATE, Electrical Engineering, Power Electronics, Power quality, Custom Power Devices (CPDs), Flexible AC Transmission System (FACTS), Multilevel inverters, Improved power quality converters.
Advanced Power Converters: Five-level Active Neutral Point Clamped Capacitor Balance Circuit | L22
Просмотров 8912 года назад
GATE, Electrical Engineering, Power Electronics, Power quality, Custom Power Devices (CPDs), Flexible AC Transmission System (FACTS), Multilevel inverters, Improved power quality converters.
Advanced Power Converters: Three-level Active Neutral Point Clamped (ANPC) : Half-leg T-type | L21
Просмотров 3,4 тыс.2 года назад
GATE, Electrical Engineering, Power Electronics, Power quality, Custom Power Devices (CPDs), Flexible AC Transmission System (FACTS), Multilevel inverters, Improved power quality converters.
Advanced Power Converters: NPC | DCMLI | Neutral Point Voltage Control with External Circuit | L20
Просмотров 9592 года назад
GATE, Electrical Engineering, Power Electronics, Power quality, Custom Power Devices (CPDs), Flexible AC Transmission System (FACTS), Multilevel inverters, Improved power quality converters.
Advanced Power Converters: Space Vector Modulation | Neutral Point Clamped Multilevel Inverter | L19
Просмотров 8042 года назад
GATE, Electrical Engineering, Power Electronics, Power quality, Custom Power Devices (CPDs), Flexible AC Transmission System (FACTS), Multilevel inverters, Improved power quality converters.
Advanced Power Converters: Space Vector Modulation | Neutral Point Clamped Multilevel Inverter | L18
Просмотров 6702 года назад
GATE, Electrical Engineering, Power Electronics, Power quality, Custom Power Devices (CPDs), Flexible AC Transmission System (FACTS), Multilevel inverters, Improved power quality converters.
Basic Electrical Circuits, Circuit Theory: Transient Analysis Application of Laplace Transforms: L38
Просмотров 5322 года назад
GATE, Electrical Engineering, Power Electronics, Power quality, Custom Power Devices (CPDs), Flexible AC Transmission System (FACTS), Multilevel inverters, Improved power quality converters.
Advanced Power Converters: Space Vector Modulation | Neutral Point Clamped Multilevel Inverter | L17
Просмотров 1 тыс.2 года назад
GATE, Electrical Engineering, Power Electronics, Power quality, Custom Power Devices (CPDs), Flexible AC Transmission System (FACTS), Multilevel inverters, Improved power quality converters.
Basic Electrical Circuits, Circuit Theory: Transient Analysis Application of Laplace Transforms: L37
Просмотров 5392 года назад
GATE, Electrical Engineering, Power Electronics, Power quality, Custom Power Devices (CPDs), Flexible AC Transmission System (FACTS), Multilevel inverters, Improved power quality converters.
Basic Electrical Circuits, Circuit Theory: Transient Analysis, General RLC Circuits: L36
Просмотров 4212 года назад
GATE, Electrical Engineering, Power Electronics, Power quality, Custom Power Devices (CPDs), Flexible AC Transmission System (FACTS), Multilevel inverters, Improved power quality converters.
Advanced Power Converters : Space Vector Modulation for Three-phase Two-level Inverter | L16
Просмотров 1,1 тыс.2 года назад
GATE, Electrical Engineering, Power Electronics, Power quality, Custom Power Devices (CPDs), Flexible AC Transmission System (FACTS), Multilevel inverters, Improved power quality converters.
Advanced Power Converters : Hybrid Modulation for Asymmetrical Cascade H-bridge Inverters | L13
Просмотров 5462 года назад
GATE, Electrical Engineering, Power Electronics, Power quality, Custom Power Devices (CPDs), Flexible AC Transmission System (FACTS), Multilevel inverters, Improved power quality converters.
Advanced Power Converters : Space Vector Modulation for Three-phase Two-level Inverter | L15
Просмотров 9012 года назад
GATE, Electrical Engineering, Power Electronics, Power quality, Custom Power Devices (CPDs), Flexible AC Transmission System (FACTS), Multilevel inverters, Improved power quality converters.
Advanced Power Converters : Space Vector Modulation for Three-phase Two-level Inverter | L14
Просмотров 9902 года назад
Advanced Power Converters : Space Vector Modulation for Three-phase Two-level Inverter | L14
Basic Electrical Circuits, Circuit Theory: Transient Analysis, General RLC Circuits: L35
Просмотров 4372 года назад
Basic Electrical Circuits, Circuit Theory: Transient Analysis, General RLC Circuits: L35
Basic Electrical Circuits, Circuit Theory: Transient Analysis, Step Response of RLC Circuits: L34
Просмотров 3512 года назад
Basic Electrical Circuits, Circuit Theory: Transient Analysis, Step Response of RLC Circuits: L34
Basic Electrical Circuits, Circuit Theory: Transient Analysis, Step Response of RLC Circuits: L33
Просмотров 4442 года назад
Basic Electrical Circuits, Circuit Theory: Transient Analysis, Step Response of RLC Circuits: L33
Basic Electrical Circuits, Circuit Theory: Second Order Circuits, Parallel RLC Circuit Response: L32
Просмотров 5302 года назад
Basic Electrical Circuits, Circuit Theory: Second Order Circuits, Parallel RLC Circuit Response: L32
Basic Electrical Circuits, Circuit Theory: Second Order Circuits, Series RLC Circuit Response : L31
Просмотров 4822 года назад
Basic Electrical Circuits, Circuit Theory: Second Order Circuits, Series RLC Circuit Response : L31
Basic Electrical Circuits, Circuit Theory: Second Order Circuits, Finding Initial Conditions : L30
Просмотров 6312 года назад
Basic Electrical Circuits, Circuit Theory: Second Order Circuits, Finding Initial Conditions : L30
Basic Electrical Circuits, Circuit Theory: Second Order Circuits, Finding Initial Conditions : L29
Просмотров 7192 года назад
Basic Electrical Circuits, Circuit Theory: Second Order Circuits, Finding Initial Conditions : L29
Basic Electrical Circuits, Circuit Theory: Transient analysis | Forced Response of RL Circuit : L28
Просмотров 7272 года назад
Basic Electrical Circuits, Circuit Theory: Transient analysis | Forced Response of RL Circuit : L28
Basic Electrical Circuits, Circuit Theory: Transient analysis | Forced Response of RC Circuit : L27
Просмотров 5282 года назад
Basic Electrical Circuits, Circuit Theory: Transient analysis | Forced Response of RC Circuit : L27
Advanced Power Converters : Stair-case modulation of Multilevel Inverters | SHE | L12
Просмотров 8642 года назад
Advanced Power Converters : Stair-case modulation of Multilevel Inverters | SHE | L12
Basic Electrical Circuits, Circuit Theory: DC Transient analysis | Time constant of RL Circuit : L26
Просмотров 5582 года назад
Basic Electrical Circuits, Circuit Theory: DC Transient analysis | Time constant of RL Circuit : L26
Advanced Power Converters : Multi-carrier modulation of Multilevel Inverters | LSPWM | PSPWM | L11
Просмотров 1,2 тыс.2 года назад
Advanced Power Converters : Multi-carrier modulation of Multilevel Inverters | LSPWM | PSPWM | L11
Basic Electrical Circuits, Circuit Theory: DC Transient analysis | Time constant of RC Circuit : L25
Просмотров 6752 года назад
Basic Electrical Circuits, Circuit Theory: DC Transient analysis | Time constant of RC Circuit : L25
Basic Electrical Circuits, Circuit Theory: Problems on Parallel Resonance | RL-C Circuit :: L24
Просмотров 3932 года назад
Basic Electrical Circuits, Circuit Theory: Problems on Parallel Resonance | RL-C Circuit :: L24
How do we generate the LOOK UP Table ?
sir can u please share this matlab file.
how much current we can draw fromvVDD Pin ?
Hi. How can we get in touch with you plz? I have a project related to modular multilevel converters. Thank you
mail me: srinudee@nitw.ac.in
Hi. How can we get in touch with you plz? I have a project related to modular multilevel converters. Thank you
mail me: srinudee@nitw.ac.in
This amAzed for this
Hello Sir, I need to contact you.
srinudee@nitw.ac.in
Hello, Sir, Can I get the simulation model?
How power factor is unity
Its a closed loop control. We make power factor unity by compensating reactive power
Sir can u please explain that
pdf how we can get sir
thank you sir for sharing class videos
Sir can i get your contact i've some difficulty in simualtion.I need urgent help.Ill pay for it.
Hello sir, In the below article, which type of reduced switch count inverter is used. Can you give me type of the inverter in this article...D. Prasad and D. C., "Solar PV-Fed Multilevel Inverter With Series Compensator for Power Quality Improvement in Grid-Connected Systems," in IEEE Access, vol. 10, pp. 81203-81219, 2022, doi: 10.1109/ACCESS.2022.3196174.
please add correct subtitle for download it in txt file, well explained sir👍👍🙏🙏🙏🙏👌👌👌👌
very informative. Thank you. Is it posible to give me access to the PDFs you teach?
Recommended. Very informative between 14 min to 43 min, all basic about Vienna Rectifier and its Conrol system. Thank you very much.
Glad it was helpful!
huge thanksss to youu it was superclear! this video is highly recommended!!!! 👍
Thank you
Thank you for creating and sharing this tutorial Dr. Very informative.
Well meant, but no one can read this sloppy writing.🤠
Sorry for that, Thank you ♥
Many thanks Sir.
❤❤❤❤❤
Thank you so much! I need help on how to tune the PI parameters
Sorry about that. Thank you 😊
sir, how can we make rough estimation of impact of hysteresis control on emc requirement as compared to triangle pwm technique
EMC filter design is complex in HCC compared to TCC controller. In HCC output current switching frequency is variable. We can address this by using model predictive controller.
Thanks a lot for this Wonderful Class
Thank you sir 💐
Most welcome
Excellent lecture, thank you for the video.
how is MMC used as a rectifier? kindly explain the switching pattern and operation????
Sir could you please tell how can i get the maximum leakage inductance in a Dual active bridge converter
Could you please provide more details? Why we need maximum leakage inductance?
@@AdvancedPowerElectronics I was designing a dual bridge converter. Just want to know the relation between the inductance and output voltage.. what will be the max value
We have a relation between inductance and power delivered
thank you doctor for these beautiful lectures, but doctor can we have the reference or the PDF for these lectures?
M. A. Abusara, J. M. Guerrero and S. M. Sharkh, "Line-Interactive UPS for Microgrids," in IEEE Transactions on Industrial Electronics, vol. 61, no. 3, pp. 1292-1300, March 2014, doi: 10.1109/TIE.2013.2262763.
Thank you sir Neat and clean explanation Actually iam not interested in current controllers but when i go through ur videos it made me simple and easy thank you sir. Sir can you tell how many current controllers are there
Only two as discussed in the video, but there are some advanced current controllers are available in literature
Sir which switch you have used in MLDCL ?
Igbts with antiparallel diode
Thankyou for sharing
How to choose the values kp and pi of loop control of invertet
U can randomly choose between 1 to 50, else you need to design
@@AdvancedPowerElectronics how i can do the design
@@haimeth5565 it is tedious task .You put default value and see the sensitivity to variation in kP TI
Sir would you please discuss about CLLC sir. It would be very helpful and how to select the Q value for ZVS and ZCS operation .
Can you please provide any references for grid integration of power converters to read .
Hello Dr, can you share the details of the book for the control algorithm you are trying to implement here for decoupled current control
Can u explain the relation between the pi controllers and that ucd and ccq terms.? are the constants of pi controllers selected based on that
i came here to understand the four quadrant operation phasor diagram but u skipped that part😔😔
Hello Sir. I have now succesfully use a flying cap class d, without use of insolated drivers, but with a cascaded multilevel with separated supply,s do I need a isolated gate driver persé? This is because the supply,s are floating, so I need a driver who has isolated properties and needs to be clean, very clean switching because it is for audio, and HD needs to be low. There are ic,s who have isolaters in them, like capacitive versions. THanks in advance for the help. It is fopr learning and hobby, now I am 66 I have plenty of time🙂
Thank you for watching. Unfortunately, I could not understand your query. Could you please mail your question to srinudee@nitw.ac.in
THANK YOU VERY MUCH
Welcome
Sir... will you provide any reference paper link for its design ?
Sir... Please let us know that how to choose the values of Inductor and capacitor in the circuit ??
sir i am working on QAB converter .can you make video on same with simulation now days its demanding more in electrical vehicle and SST application
Thank you sir
HI, Thank you. Could you advice for a good reference or textbook for the topics listed in this playlist thanks
Sir, could you please check that at 39:06 DR2,DR4 WON'T conduct
Could you share the values of L,C,Rload and the gains of the PI controllers and the switching frequency of the carrier. Also, if I have any question, could you leave your e-mail if you prefer this?
It is worth attending, sir. Today i got a lot of idea about power electronics. thank you sir.
Nice
Can you tell me which chapter tell what is common model and differential model? thank you
Sir it is also for eee first year btech