see the attached model, may be it is helpful for you.

Is your inverter designed to drive passive loads or the network? Or both? The control algorithms are rather different, and you may require extra safety circuits/software when driving the network to handle the case when the power fails. Most inverters shut down when this happens. However, inverters designed for remote area power supplies (RAPS) disconnect the network under power failure, switch over to passive load driving mode and carry on working..

Hi Tony,

Thanks for the information. Our system is actually is Grid connected and we are planning to keep the inverter connected even when the grid fails. Can you  suggest me the parameters we need to consider for the same. 

I was reading up online and I came across a few sites which suggested that it is better to use the PR control instead of PI/PID especially for single phase system. Could you please help me with it?

Cheers,

Adwait

Hi Mohammad,

Thanks for the model. I will definitely look into it.

Cheers,

Adwait

Dear Adwait,

Have a look at attached paper, it may be helpful.

Dear Adwait,

You may refer to book, Voltage-Sourced Converters Modeling, Control and Applications, by Amirnaser Yazdani and Reza Iravani.

Dear Salim,

Thank you for your response. Though we are not planning for three phase inverters, I got some insight about the topic. 

Cheers,

Adwait

Dear Saidu,

Thanks a ton. I will definitely read that book.