Model Predictive Control of Boost Converter
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- Опубліковано 5 вер 2024
- You may find some information below:
L=1mH, RL=0.2ohm, C=220uF, RLoad=20ohm.
Related paper: A model predictive control-based hybrid MPPT method for boost converters
Frequency control paper: Model Predictive Control of DC-DC SEPIC Converters With Autotuning Weighting Factor
Nicely and conceptually simulation analysis carried out.
Thank you very much.
finally after 2 years you uploaded a new video again, I can't wait for your next work 💥
Soon, it will be about battery charge management
You don't need to add a cost function to limit the switching frequency. Instead, just add a "zero order hold" for all of the measured variables with time constant Ts for Fsw = 1/(2*Ts). This is the proper approach to limit the frequency.
yes, it can be limit fsw. But if you want to adjust it, a variable is needed.
really enjoyed... thank you for sharing the knowledge
Nice video. After long time you posted it. I hope you are well, I am one of the subscriber of your channel. Your videos provide me lots knowledge and skills, thanks a lot for your teaching. Can you come up with a video of bi-directional dual active bridge dc-dc converter for charging/discharging cases??!!
Thank you so much for this video very insightful.
so nice video, totally worth watching it, appreciated!
Sir can you please tell us the circuit parameters used in this circuit ?
@@user-qm2un3dz3y L=1mH, RL=0.2ohm, C=220uF, RLoad=20ohm.
Great video, very well done! Can I ask which Matlab/Simulink library you downloaded to get the electronic components directly on Simulink? Personally, I use 'PLECSlib,' but it might be more cumbersome to work with...
OOOOhhh finaly 3 we missed u so much
nice video, it really help my so much, thanks
I want to ask if Vin changes, does Vout also change? for example, if the Vin of the PV changes according to the irradiance and the temperature of the Vout Boost converter it will stabilize at the desired voltage or change according to the Vin of the PV. and one more thing I ask is that because Vin VP changes regarding filling inductor and capacitor values in the boost converter, should we use which Vin value, is Vin the highest or should we take the average?
Vout shouldn't change in that situation
Thank you so much sir. every thing is much helpful, can you recommend any references or papers for PV inverter, converter and Shunt Active Filter designing parameters? it will be GREAT if you introduced video about Shunt Active Filter modeling, and thank you so much... i always follow your videos
Hello,
I tried a model with the same wiring diagram and the same parameters, but the simscape components (from the domain with the blue lines) and the MATLAB function block were the same as yours.
Solver settings - type: Fixed-step
Solver: discrete (no continuous states)
Fixed move from: 1e-5
And I always get this simulation result: Solver "FixedStepDiscrete" cannot be used to simulate block diagram 'FCS_MPC__Model01' because it contains continuous states...
Could you help me set up the solver and your powergui? Thank you.
Hey u got the output
Good work sir can you explain MPC based DC/Dc BIDIRECTIONAL mangement PV / battery.
Isn't it predictive control? Because you were not using the model: transfer function of the boost converter. I am a newbie. Correct me if I am wrong.
can you please make a video on Magnetic Levitation simulation for nonlinear systems.
Hello, thank you for this captivating course. I have a question regarding the simulation: I noticed that at the beginning of it, 28:10 there is a significant surge in current. How can we manage this current to control it effectively?
Hello, thanks. Mainly, the current depends on the values of the system components such as capacitance and inductances. So if you change or improve a soft start for the control method it may be reduced.
@@nakiguler Good evening! Thank you for your response. Do you have any references on soft start? I would like to use it.
@boussaoudfarid8297 I have no reference, but it is an easy mechanism: you can use a rate limiter for determining the reference. But it may have a small effect. Normally high currents are injected by capacitances at the beginning. If you desire an initial voltage in the capacitor it may reduce please check.
@@nakiguler Thank you
What is the values of L and C for boost converter?
HI, can you tell me if its zero horizon or not? Also how can i increase its horizon ?
sir, how to apply mpc to buck boost converter
Merhaba, Sizinle nereden iletişime geçebilirim ? Eğer müsait zamanınız varsa bi kaç soru sormak istiyorum ? İyi günler, iyi çalışmalar dilerim.
Merhaba, mail atabilirsiniz. Universite Web sayfamda mail adresim var.
Circuit is not working i tried many times.if possible can you send me mail the final running simulation file?
Hey u got the output
What is the value of R load
20ohm
Sir i didnt got the same results
please check the system parameters
Did u get result
How does we connect this boost converter to solar?
you can get the reference current from MPPT algorithm. I used it in this paper: A model predictive control-based hybrid MPPT method for boost converters
@@nakiguler but may i know how to adjust the parameter for the mpc?
@@anis_najwa which parameter? If you check the paper, you can see the output of the MPPT algorithm is used as the reference current.
@@nakiguler for mpc controller is it the same with the video?
i got confused because for this video we use iL but if we connect it to solar we use ipv?
Great job, Dr . I want contact with u urgently
you can send email.
@@nakiguler can u give ur email?
@@nakiguler your mail please
@@abdoumohamed2585 this is my official website: avesis.gazi.edu.tr/gulern/iletisim
@@nakiguler doesn't working bro it seems it's fake I did all steps but not working
Promo-SM