Hi Naki! Thank you very much for making such useful videos on PV system. However, I wish you could make a video of complete PV system, i.e. right from starting with solar panels, then Boost Converter, then MPPT, then 3 phase inverter, then transformer and finally the grid. I need complete design and Simulation Sir. Plz Plz Plz help me!!!
Merhaba hocam. Bir mikrosebekenin hem adalı(en basitinden belirli bir zaman sonra anahtari acarak sebekeden ayirabildigimiz) hem de sebeke modlu calisma orneginiz ya da bir kaynak onerir misiniz? Benim mikrosebeke uygulamam sebeke modunda stabil ama sebekeden ayirinca ada. Modunda hic guc üretmiyor.
Merhaba, bununla ilgili Düzce Üniversitesi Dergisinde bir makalem var ancak henüz basım aşamasında. Basıldığında paylaşabilirim yada takip edebilirsiniz. İyi çalışmalar
Hi Naki, you see the inverter voltage is more than 500Vac. Isn't like to be 310V for our grid. Also the PV voltage is more than 900V. Isn't like to be 812V in this arrangement? Please answer.
Hocam merhaba ben kaynak gerilimini değiştirdiğim modulasyon indexi değişmiyor değişsse bile çok geç tepki veriyor nasıl düzeltebilirim teşekkür ederim.
İyi günler Naki hocam. Matlapta ödevim var. Rüzgar ve güneş santralından oluşan hibrit santral çizerek üretien enerji akülerde depolanacak akülerin şarj deşarj durumları kontrol edilerek enerji yönetimi simülasyonunu yapacağım matlapta nasıl yapabilirim. Yardımınız için teşekkürler.
İyi günler, söylediğiniz durumlar için temel bir yönetim algoritması gerekli. Burada birçok parametreyi göz önünde bulundurmanız gerekebilir, rüzgar üretimi var mı, güneş var mı, bataryalar boş mu dolu mu..... diye gider. Çok karmaşık bir yapı çıkar ki kontrolü de ayrı bir beladır maalesef. Eğer bunları oluşturma yöntemi soruyorsanız, matlab function bloğu var kod yazılabiliyor o daha kolay olacaktır. Kolaylıklar dilerim.
@@nakiguler Dediğiniz gibi hocam ödevde senaryolar oluşturdum. Senaryo 1: Üretilen enerji tüketimden fazla ise depolama birimine fazla elektrik enerjisi gönderilerek depolanır. Senaryo 2: Tüketimin üretimden fazla olduğu zamanlarda hibrit sistemle üretilen ve depolanan elektriğin birlikte tüketiciye elektrik verilerek enerji sürekliliği sağlanmış olur. Senaryo 3: Tüketimin puant saat zamanında üretimin tüketimi karşılamadığı zamanlarda depolanan enerji ve üretilen enerjiden tüketicinin elektrik ihtiyacı karşılanmış olur. Senaryo 4: Hibrit enerji sistemleri bileşenlerinden rüzgarın veya güneşin olmadığı zamanlarda tüketicinin enerji ihtiyacı sistemin ürettiği elektrikten fazla ise depolanan enerjiden ve sistemden üretilen enerjiden karşılanmaya çalışılır. Senaryo 5: Hibrit enerji sistemleri bileşenlerinden rüzgarın veya güneşin olmadığı zamanlarda tüketicinin enerji ihtiyacı sistemin ürettiği elektrikten az ise sadece üretilen enerjiden karşılanmaya çalışılır. Bir diğer kontrol birimi olan akülerde, Akülerin şarj ve deşarj durumlarına bakılarak: Akülerin aşırı şarj ve deşarj olması engellenecektir. Akülerin güvenli çalışma bölgesinde çalışması sağlanacaktır. ödevim bu şekilde Naki hocam sizden ricam bununla ilğili bir video paylaşabilir misiniz? matlapla ilğili bilğim çok az. Yardımınız için çok teşekkür ederim.
Zeeshan Akhtar I have two paper that related with grid connected inverters, you can find it in my official web site (websitem.gazi.edu.tr/site/gulern/academic) : 1. Guler Naki, Irmak Erdal (2019). Design and Control of Multi - Input Multi - Output DC-DC Converter for Neutral Point Clamped Inverters. Gazi University Journal of Science Part:C, 7(49-62). 2. Erdal Irmak, Naki Güler, 2018. Model Predictive Control of Grid-Tied Three Level Neutral Point Clamped Inverter Integrated with a Double Layer Multi-Input Single-Output DC/DC Converter, IEEE 12th International Conference on Compatibility, Power Electronics and Power Engineering~IEEE CPE-POWERENG'2018, Doha, Qatar, 10-12 April 2018.
Zeeshan Akhtar, Because of the paper is in the Turkish language. You can find it below. Guler Naki, Irmak Erdal (2019). Nötr Kenetlemeli Eviriciler için Çok Giriş - Çok Çıkışlı DA-DA Çevirici Tasarımı ve Kontrolü. Gazi Üniversitesi Fen Bilimleri Dergisi Part C: Tasarım ve Teknoloji, 7(49-62). doi.org/10.29109/gujsc.490144
Hi sir, Thank you for the video, I used the controller to simulate the impact of charging EV on a distribution grid, can you tell me where can i find the reference for the control block?
My project is on grid connected pv system and I am using a hysteresis controller for the inverter and a MPPT for boost, but my boost converter is not working, whatever is the input the output is same, anyone has any idea what the problem might be.
Did you try to change 380 to 415 in reference voltage? So, the reference voltage should be 415*sqrt(2). You should change the load voltages. You may need to change PI parameters. But, please try to changes step by step.
I have no experience with H6 inverters. But you may check my other video for grid connection. You may replace H6 to 3 phase inverter. It may help you. th-cam.com/video/WKw8DMMjGp0/w-d-xo.html
@@nakiguler ,sir do you have any module on pv night mode operation, that is reactive power compensation at the grid side to maintain power factor equivalent to unity....?
Actually, its procedure will be same as this one. You may only have a problem for dq0 calculation part. You may use RMS calculation, but its implementation is hard for real systems.
Sir please create fault (LL fault, ground fault) in a PV system. Sir I am your big fan from my heart. I don't miss your any video. I commented you many times for this matter. But you don't give any relpy. Please sir
Hai sir can you please make ppt on shunt active power filter application in grid tied solar photovoltaic system by droop control strategy for presentation
I have 2 papers about it. These are not directly related, but you may find some critical points. Second one in Turkish. 1- N. Güler and E. Irmak, "MPPT Based Model Predictive Control of Grid Connected Inverter for PV Systems," 2019 8th International Conference on Renewable Energy Research and Applications (ICRERA), Brasov, Romania, 2019, pp. 982-986. 2- Guler Naki, Irmak Erdal (2019). Nötr Kenetlemeli Eviriciler için Çok Giriş - Çok Çıkışlı DA-DA Çevirici Tasarımı ve Kontrolü. Gazi Üniversitesi Fen Bilimleri Dergisi Part C: Tasarım ve Teknoloji, 7(49-62).
If the load is inductive type q part will appear. How can we maintain the voltage at that time.? Can we use the source inverter as compensator too? Can you help me?
It will affect the current. The control method working based on voltage. It will not affect from the inductive load. But, it may require a new filter design.
@@nakiguler Thank you for responding. That mean the current Iabc should pass through a low pass filter. Can you pls respond? I was observing that with 10KW 2 kVar load voltage mag is maintained but I am getting less smoothness at maximum and minimum point of voltage responses. If you can explain it will much appreciated.
@@extendedclassroom5795 , I mean, the output filter of the inverter may change. Because the load changes the system dynamics. If you design a new filter, you may obtain better results. For ex., could you please multiply the Cfmax value by 0.75(75%).
d parameter of the ABC to dq transform gives peak value of the voltage. The transform uses phase angle for calculations. Because of that PLL is used to obtain wt.
Hello sir! I tried replacing PI with Fuzzy. But I stucked with 128 errors, and I think all of them stick around the error "FOUND ALGEBRAIC LOOP". Could you please help me out with this sir. Thanks in advance sir. And sorry, I tried altering your work without permission.🙂
I have two paper that related with grid connected inverters, you can find it in my official web site (websitem.gazi.edu.tr/site/gulern/academic) : 1. Guler Naki, Irmak Erdal (2019). Design and Control of Multi - Input Multi - Output DC-DC Converter for Neutral Point Clamped Inverters. Gazi University Journal of Science Part:C, 7(49-62). 2. Erdal Irmak, Naki Güler, 2018. Model Predictive Control of Grid-Tied Three Level Neutral Point Clamped Inverter Integrated with a Double Layer Multi-Input Single-Output DC/DC Converter, IEEE 12th International Conference on Compatibility, Power Electronics and Power Engineering~IEEE CPE-POWERENG'2018, Doha, Qatar, 10-12 April 2018.
Thanks for this video. I designed this simulation with your steps and it works properly. Could you please share your e-mail id so i can clear my doubts. Thanks again...
Sir I 10 times watched your video and checked values 10 times but im not getting waveforms like you so much harmonics im getting please can you help me please send your mail id
thousand thanks bra...it works 200% follow the steps properly
Thank you very much sir! Very good and detailed video
I really appreciated your demonstration! Thank you sir
I am glad to hear such a response.
That's great work! Naki GÜLER....how you decided inverter sizing of this 10 kW PV array ?
please add a voice explanation with your videos. I hope you have an amazing god gifted voice
Thanks for your suggestion. I added voice in my last one. I will record with a voice in the next videos.
@@nakiguler thank you, sir
Please make a video on islanding detection technique
Great job! Thanks for such a good video, could you post the model
Thanks. I am sorry, I am not sharing the simulation files.
Hi, please let us know any reference paper for the LC filter design equations. It is very interesting.
Hi, I also want a reference, did you get?
Thanks its work 💗
Perfect
Thanks for your interest.
Hi naki. How to design inverter with gallium nitride? Can you do the demonstration?
sir, can you upload a video on Low voltage ride through technique on grid connected solar inverter please.
Hi, did you happen to find a sighting on LVRT?
Hi Naki! Thank you very much for making such useful videos on PV system. However, I wish you could make a video of complete PV system, i.e. right from starting with solar panels, then Boost Converter, then MPPT, then 3 phase inverter, then transformer and finally the grid. I need complete design and Simulation Sir.
Plz Plz Plz help me!!!
Merhaba hocam. Bir mikrosebekenin hem adalı(en basitinden belirli bir zaman sonra anahtari acarak sebekeden ayirabildigimiz) hem de sebeke modlu calisma orneginiz ya da bir kaynak onerir misiniz? Benim mikrosebeke uygulamam sebeke modunda stabil ama sebekeden ayirinca ada. Modunda hic guc üretmiyor.
Merhaba, bununla ilgili Düzce Üniversitesi Dergisinde bir makalem var ancak henüz basım aşamasında. Basıldığında paylaşabilirim yada takip edebilirsiniz. İyi çalışmalar
Hi Naki, you see the inverter voltage is more than 500Vac. Isn't like to be 310V for our grid. Also the PV voltage is more than 900V. Isn't like to be 812V in this arrangement? Please answer.
It is phase to phase voltage. why the dc voltage should be 812V? DC bus voltage is not controlled here.
Hocam merhaba ben kaynak gerilimini değiştirdiğim modulasyon indexi değişmiyor değişsse bile çok geç tepki veriyor nasıl düzeltebilirim teşekkür ederim.
Could you please explain the formulas for Cfmax and Lf? That would be very helpful
Please check 6:37 on the video.
Is it a balance system i mean the power generated is equal to power consumed?
No. Because island mode inverter works based on voltage control.
İyi günler Naki hocam. Matlapta ödevim var. Rüzgar ve güneş santralından oluşan hibrit santral çizerek üretien enerji akülerde depolanacak akülerin şarj deşarj durumları kontrol edilerek enerji yönetimi simülasyonunu yapacağım matlapta nasıl yapabilirim. Yardımınız için teşekkürler.
İyi günler, söylediğiniz durumlar için temel bir yönetim algoritması gerekli. Burada birçok parametreyi göz önünde bulundurmanız gerekebilir, rüzgar üretimi var mı, güneş var mı, bataryalar boş mu dolu mu..... diye gider. Çok karmaşık bir yapı çıkar ki kontrolü de ayrı bir beladır maalesef. Eğer bunları oluşturma yöntemi soruyorsanız, matlab function bloğu var kod yazılabiliyor o daha kolay olacaktır. Kolaylıklar dilerim.
@@nakiguler Dediğiniz gibi hocam ödevde senaryolar oluşturdum.
Senaryo 1: Üretilen enerji tüketimden fazla ise depolama birimine fazla elektrik enerjisi gönderilerek depolanır.
Senaryo 2: Tüketimin üretimden fazla olduğu zamanlarda hibrit sistemle üretilen ve depolanan elektriğin birlikte tüketiciye elektrik verilerek enerji sürekliliği sağlanmış olur.
Senaryo 3: Tüketimin puant saat zamanında üretimin tüketimi karşılamadığı zamanlarda depolanan enerji ve üretilen enerjiden tüketicinin elektrik ihtiyacı karşılanmış olur.
Senaryo 4: Hibrit enerji sistemleri bileşenlerinden rüzgarın veya güneşin olmadığı zamanlarda tüketicinin enerji ihtiyacı sistemin ürettiği elektrikten fazla ise depolanan enerjiden ve sistemden üretilen enerjiden karşılanmaya çalışılır.
Senaryo 5: Hibrit enerji sistemleri bileşenlerinden rüzgarın veya güneşin olmadığı zamanlarda tüketicinin enerji ihtiyacı sistemin ürettiği elektrikten az ise sadece üretilen enerjiden karşılanmaya çalışılır.
Bir diğer kontrol birimi olan akülerde, Akülerin şarj ve deşarj durumlarına bakılarak:
Akülerin aşırı şarj ve deşarj olması engellenecektir.
Akülerin güvenli çalışma bölgesinde çalışması sağlanacaktır.
ödevim bu şekilde Naki hocam sizden ricam bununla ilğili bir video paylaşabilir misiniz? matlapla ilğili bilğim çok az. Yardımınız için çok teşekkür ederim.
sir really very good work but for same values im not getting the waveforms like you sir and voltage value and hormonic distortion what is the secrete
Thanks. You may check again filter parameters and sampling time.
Great job! Thanks for such a good video... can you mention the name of base paper
Zeeshan Akhtar I have two paper that related with grid connected inverters, you can find it in my official web site (websitem.gazi.edu.tr/site/gulern/academic) :
1. Guler Naki, Irmak Erdal (2019). Design and Control of Multi - Input Multi - Output DC-DC Converter for Neutral Point Clamped Inverters. Gazi University Journal of Science Part:C, 7(49-62).
2. Erdal Irmak, Naki Güler, 2018. Model Predictive Control of Grid-Tied Three Level Neutral Point Clamped Inverter Integrated with a Double Layer Multi-Input Single-Output DC/DC Converter, IEEE 12th International Conference on Compatibility, Power Electronics and Power Engineering~IEEE CPE-POWERENG'2018, Doha, Qatar, 10-12 April 2018.
@@nakiguler Thanks Sir,
your first paper isn't there
Zeeshan Akhtar, Because of the paper is in the Turkish language. You can find it below.
Guler Naki, Irmak Erdal (2019). Nötr Kenetlemeli Eviriciler için Çok Giriş - Çok Çıkışlı DA-DA Çevirici Tasarımı ve Kontrolü. Gazi Üniversitesi Fen Bilimleri Dergisi Part C: Tasarım ve Teknoloji, 7(49-62).
doi.org/10.29109/gujsc.490144
@@nakiguler Sir I am unable to get the results , as i made the same model
Hi sir, Thank you for the video, I used the controller to simulate the impact of charging EV on a distribution grid, can you tell me where can i find the reference for the control block?
Could you please tell me the inverter control name....the circuit which you are used to generate the PWM signals to inverter
My project is on grid connected pv system and I am using a hysteresis controller for the inverter and a MPPT for boost, but my boost converter is not working, whatever is the input the output is same, anyone has any idea what the problem might be.
Can you pls tell me what u r connecting a 3phase rlc branch 1 in parallel to it what's its importance
That is one part of the LC filter thats necessary for the sine wave smoothing.
Is it possible to design a PV inverter (three phase) for Phasor simulation method?
Sorry, I am not using phasor method.
Sir,for inverter's output voltage to be 415V rms(line-line),what are the parameters do we need to change? your reply will be much appreciated.
Did you try to change 380 to 415 in reference voltage? So, the reference voltage should be 415*sqrt(2). You should change the load voltages. You may need to change PI parameters. But, please try to changes step by step.
@Rahul Kumar please see ned mohan book dc and ac voltage relation given
Can you please help me out to build H6 inverter for transformerless grid connected pv system....
I have no experience with H6 inverters. But you may check my other video for grid connection. You may replace H6 to 3 phase inverter. It may help you.
th-cam.com/video/WKw8DMMjGp0/w-d-xo.html
@@nakiguler ,sir do you have any module on pv night mode operation, that is reactive power compensation at the grid side to maintain power factor equivalent to unity....?
hi , i cant understand why we use the sine wave thank you
sir if i want to insert ac load for my standalone pv system in simulink what can i use to represent the ac load in simulink?
If you search ”Load” or ”RLC” in the Simulink library, you will find Loads. You can add three-phase or single-phase to the ac side.
Sir which paper you have taken as referance.. Plz send the link of same
I have no paper (in English) about this simulation. I didn't use reference paper here.
greeting sir. how about pv single phase inverter? do you have tutorial on this? tq sir.
Actually, its procedure will be same as this one. You may only have a problem for dq0 calculation part. You may use RMS calculation, but its implementation is hard for real systems.
Sir please create fault (LL fault, ground fault) in a PV system. Sir I am your big fan from my heart. I don't miss your any video. I commented you many times for this matter. But you don't give any relpy. Please sir
Hii ra we are doing a project on mitigation of interhormonics in pv connected grid by using mppt algorithm I can have a matlab explanation please sir
Hai sir can you please make ppt on shunt active power filter application in grid tied solar photovoltaic system by droop control strategy for presentation
Is there any research paper on it?
I have 2 papers about it. These are not directly related, but you may find some critical points. Second one in Turkish.
1- N. Güler and E. Irmak, "MPPT Based Model Predictive Control of Grid Connected Inverter for PV Systems," 2019 8th International Conference on Renewable Energy Research and Applications (ICRERA), Brasov, Romania, 2019, pp. 982-986.
2- Guler Naki, Irmak Erdal (2019). Nötr Kenetlemeli Eviriciler için Çok Giriş - Çok Çıkışlı DA-DA Çevirici Tasarımı ve Kontrolü. Gazi Üniversitesi Fen Bilimleri Dergisi Part C: Tasarım ve Teknoloji, 7(49-62).
I used Tss in sample time but it showed error undefined what to do?
Did you define it to workspace?
@@nakiguler I need help regarding simulink.
engrshehbaz174@gmail.com
Thanks
If the load is inductive type q part will appear. How can we maintain the voltage at that time.? Can we use the source inverter as compensator too? Can you help me?
It will affect the current. The control method working based on voltage. It will not affect from the inductive load. But, it may require a new filter design.
@@nakiguler Thank you for responding. That mean the current Iabc should pass through a low pass filter. Can you pls respond? I was observing that with 10KW 2 kVar load voltage mag is maintained but I am getting less smoothness at maximum and minimum point of voltage responses. If you can explain it will much appreciated.
@@extendedclassroom5795 , I mean, the output filter of the inverter may change. Because the load changes the system dynamics. If you design a new filter, you may obtain better results. For ex., could you please multiply the Cfmax value by 0.75(75%).
@@nakiguler Understood...Thank you
i cant find Tss fsw?
With due respect can you please share this simulation to me. I shall be very thankful i need for my project purposes.
Hello Dear;
i did the the same procedure with u for this simulation ,but i did not get the results .what is the problem with me ?
Hello, did you solve the problem?
@@nakiguler i did not
If you share the error codes, I may help you.
@@nakiguler many thanks i fixed my problem
@@amjadmohammed9288 Hello bro I also done the same simulation but the output is straight line not three sine waves
why we have to use PLL and abc to dq0 ???
d parameter of the ABC to dq transform gives peak value of the voltage. The transform uses phase angle for calculations. Because of that PLL is used to obtain wt.
what is the use of the tag for "ma" what does it stand for?
ma is the modulation index.
i am unable to get the output the output is 0 on the voltage as well as current. Any comments how can I rectify it?
did you take care of the problem?
Hello sir! I tried replacing PI with Fuzzy. But I stucked with 128 errors, and I think all of them stick around the error "FOUND ALGEBRAIC LOOP". Could you please help me out with this sir.
Thanks in advance sir.
And sorry, I tried altering your work without permission.🙂
Hello, Algebra problems may be caused by PV model. Please check the tick in advanced tab.
Hi, could you please share the model?
can u pls provide any reference paper regarding this model.
I have two paper that related with grid connected inverters, you can find it in my official web site (websitem.gazi.edu.tr/site/gulern/academic) :
1. Guler Naki, Irmak Erdal (2019). Design and Control of Multi - Input Multi - Output DC-DC Converter for Neutral Point Clamped Inverters. Gazi University Journal of Science Part:C, 7(49-62).
2. Erdal Irmak, Naki Güler, 2018. Model Predictive Control of Grid-Tied Three Level Neutral Point Clamped Inverter Integrated with a Double Layer Multi-Input Single-Output DC/DC Converter, IEEE 12th International Conference on Compatibility, Power Electronics and Power Engineering~IEEE CPE-POWERENG'2018, Doha, Qatar, 10-12 April 2018.
Thanks for this video. I designed this simulation with your steps and it works properly. Could you please share your e-mail id so i can clear my doubts. Thanks again...
I need little help i made the same model but it doesn't work
Which paper is the referance?
Could you please mention the inverter control circuit name..... means which method is used to generate PWM signals...
could I have your Email pls ?
This is my official website, you may find email here: dialup-06.gazi.edu.tr/site/gulern/posts/view/id/139133
Hello sir can u make video on high frequency transformer embedded dc to ac inverter while using bang bang controller .
Hello, it is a complicated system. And also, I have no experience with high frequency transformers and bang bang controllers.
Thanks for video sir , sir i have some doubts can I have your email id
@@nakiguler thanks sir, I will mail you sir
Sir can you please tell how to calculate the pi controller value and will it work for inductive load ? Thanks sir
You can look PI tunning methods. I suggest Ziegler nichols method.
Sir...could you please mention the menthod you are using for generating pulses for inverter (inverter control circuit name)
Sir I 10 times watched your video and checked values 10 times but im not getting waveforms like you so much harmonics im getting please can you help me please send your mail id
Please check sampling time, filter parameters and switching frequency
sir please can you send me your mail.