Is there some good scientific papers on this topic?
I just want to try understand, how they make a robust systems for energy conversion/ what are the ways to balance the voltage and keep the equal converted current level on every single series connected module?
Does this kind of solutions require single MCU/DSP or splitting the task between number of MCU`s?
In case of single MCU: does it require fast optics or there is techniques to make it copper-connected without noise and different GND potential issues?
In case of multy-MCU: how does the MCU`s gets synchronized,, what are speeds and ways to make the system robust and gain robust cooperation of devices?
Equal current and voltage balancing is made by proper switching of the sub-modules. If you can provide the schematic of your converter, it would be easy to explain.
Sorry for taking so long to make an answer.
So, let`s say we have a buck-derivated Full-Bridge converter with transformer. Two inputs are in series and two outputs are in series. The main idea is to provide voltage regulation on the output and galvanic isolation when we reach the boundary of modern power electronics breakdown voltages.
Made an image in matlab to make the illustration it obvious. Please, find it attached in .png file.
How should I startto design my control system? Can you give me some suggestions on extra hardware to make it robust in case of malfunction of control system?
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