I have some doubts can you clarify

Can you share the references book of calculating L and C values?

Hello sir, I had mailed you about a query can you please respond.

Why the [Vin] multiply "1/VAC_peak" in the simulation, not multiply "1/VAC_peak^2"? Please tell me. I'm very curious.

Sir thank you for this great lecture... but, could you please tell me why you use a 1/400 gain after PID controller?

Excellent video as usual 👌. Thanks heaps ❤

Nice

Why are dividing it with 1/vrms2

Super explanation

very nice work man thanks a lot.....i liked about you is direct work no other things.....superb

i m getting current value as 15Amp maximum. for 2kw op power and 230V op voltage we need to keep 26.45ohms na sir

Thank you

Can you include inrush current limter in this circuit?

Kindly make a video how to apply ANFIS controller with droop control on bi directional battery charging and discharging model..

Hello Sir

when I run the simulation in V2G mode my both Active and reactive power shows in minus. what is the reason? can you please tell me.

what is the value of the PI gains which u are keeping here?

Hey just a doubt would I able to connect a scope to the battery and observe charging and discharging curves?

Thank you so much for your sharing. Clearly you are not trying to make money with your videos as what other youtubers do. Everything you share here, including the parameters of PI controllers, inductance & capacitance, works well in my simulation. Thank you so much.

Sir could you please 3 phase EV Charger (Battery Charger)❤

Sir I'm getting negative of reference current at the output. Can you please explain why? 11:38

Hi , good job, I like al;l your amazing video. Please can you do this same project Same topology in single phase for batery charging?

This demonstration are open/ close loop sir

I don't know.Please, Can you make subtitles?

Created subtitles please

Thanks a lot for this very useful video sir , sir could you please explain how did you calculate the expressions for kp and kr of PR Controller, I mean is there any method to calculate them ? Kindly share it

我已成功运行，感谢，有需要的可以留言

great explanation , question: shan't that Ig be IL so consistently VL will lead IL ?

Dear Sir, I loved your explaination this was simple and easy to do design. May I ask if you can share with me this simulation design file. Your response in this regard will be highly appreciated.

can ypu please mention the reference where this strategy came from

Another way to improve the full bridge rectifier is by adding capactiors to each diode, I was reading about the "Graetz bridge rectifier".

If grid is not connected then what will be the controller part

when i similated, Vout is around 560, Ibat is negative, pl see my error

how did u demstion all the parameters

Thank you for sharing knowledge. It is helpful for understanding the designing.

Hi. please can you give me your email address and whatsapp number?

please can you give me your email address and whatsapp number?

Can you tell me your contact no.?

Hi, Even though I added THD block, i am unable to get the the variable to see the THD of the current

Hi i want to have a fast charging battery of 50kw-150kw how can i change the parameters to get it?

Can this be called as battery management system

Bro, i love u!! great work

I tried the same as you did im unable to get the Vout to come to 400V my output is stagnant around 560V

bro can you create a gui for this project. thank you

Thaks for the info..... Ac to dc Rectifier using igbt also contains the same calculation of selecting the capacitor and choke or its different, please make the vedio if it is different...

isnt the battery current increased I am confused?

Thank you so much

I did everything exactly same in 2023b version. Its says error. Derivative State 1 in block pv array transfer function.there May be a singular in the solution. Can you help me with this sir

which algorithm is used in it

Best channel for practical explanations. Thankyou very much!