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I'm glad you found it helpful 🙏

L2 is the function of L1

Thank you

Do you mean connecting a load instead of a grid?

@@pmctech1415 I am saying where the grid is connected there only load will be connected

What can we do?? Or how can we do this??

Can you give some idea

Please if you have time then reply 🙏🙏

Yes, it is

Yes, the control has been implemented in SRF

🙏 Amen. I'm glad it was helpful

The PI controller has been designed on gain tuning technique. Choose a small value of Kp and set Ki to zero. Keep increasing the value of Kp until you reach neutral stability. Thank you for the support.

Hello, in this design, we are using a universal converter.

@@pmctech1415 So it not a schematic mistake?

ruclips.net/video/anz5azfvh-0/видео.htmlsi=v5QzfGnWGMoU0lwq

@@pmctech1415 thank you, madam.

Connecting inverters of different sizes in parallel is not recommended as it may cause imbalance and inefficiency in the system. If you do proceed, it is important to ensure that they have similar voltage and current ratings.

@@pmctech1415 I have gotten some value from your videos. I like them, but you are not correct here. Happy to discuss with you. I am working on a simulink model right now where two different size inverters are connected together and operate well. Send me a message if your interested.

Yes, sure.

@@pmctech1415 Is that your goal? To create a sink ? Have you been able to layer on a votlage control loop and a droop controller in grid connected mode?

Yes, the video is more than wonderful. I watched it more than once. I now have almost the same questions. I hope they will be answered. Thank you.

@@abdulwahabali1263 Hey, I will reconsider what I said before. There are a few video channels that these guys have taken their models from. These models are not good. In fact there are alot of people trying to learn this stuff and they are spreading the wrong information.

The constants should be in the range of the inverter current. For this design, the inverter current was about 14A

Kindly check in the description box of this video

Thank you. The correct formula for reactive power is VqId-VdIq. Kind regards

Thank you. You can email us at pmctech1415@gmail.com

Thank you for the support. We will try to design.

Thank you for your kind words. We can work together to connect the inverters and SGs in parallel. I am currently working on an SG. When it's done, I can now try to connect to the inverter. But there's no harm in collaborating.

Really appreciated your work. I have been following for the past year. It would be grafeful if you can make a video of Virtual Synchronous Generator with PV -Battery Control System in a grid connected microgrid.

Kindly share your model on pmctech1415@gmail.com

Humbled

You're welcome, and thank you too 😊 🙏

@@pmctech1415 I sent you an e-mail. Whenever you have the time I would appreciate your response. :)

@@pmctech1415 I sent you an e-mail. Whenever you have the time I would appreciate your response. :)

If you are designing a grid connected, you need to eliminate the voltage control loop since the voltage will be controlled by the grid. Kindly follow this link to see the grid-connected inverter design ruclips.net/video/V_wfVstfxMc/видео.htmlsi=rKn52MA4GlGFSSXJ

@@pmctech1415 yes i understand that for a grid following concept using PLL. but for the grid forming concept the droop controller should be connected with an energy storage like battery. is it possible to upload a video like that?

You're welcome 😊 🙏

Hello, sorry, I don't clearly understand the question

ruclips.net/video/anz5azfvh-0/видео.htmlsi=tw4WkEWCWdUkzMRB

I don't understand your question clearly

@@pmctech1415 how did you choose the voltage value ? Was it randomly taken?

Kindly check @29:36 minutes. The inverter voltage waveform is not sinusoidal

Thanks for the reply. Can u please provide me any material regarding the inverter and grid design?

Kindly check in the description box of this video: ruclips.net/video/anz5azfvh-0/видео.htmlsi=pCCgr53Rlj_jb1jp

Please check before the equations. There are 3 references

@@pmctech1415 Yes I have seen them (the 3 references) they are about the IEEE Std (standards of harmonics) not about LCL filter

You're welcome 😊

You're welcome 😊

Hello. The voltage loop gain value is 2pi*f*C, where f is the frequency, and C is the filter capacitance value. For the current control loop, the gain value is 2pi*fL, where L=L1+L2

Hello, thank you for watching. You can email us at pmctech1415@gmail.com