Voltage Control DC/DC Bidirectional Converter
Matlab versions from 2017a to 2014a were uploaded. the file has DC/DC Bidirectional Converter that maintain the DC bus voltage to the desired value regardless of the amount of the current coming from the MG.
Please reference the mentioned papers inside the Simulink file if you will use the model. Thank you.
Cite As
Mahmoud Saleh (2021). Voltage Control DC/DC Bidirectional Converter (https://www.mathworks.com/matlabcentral/fileexchange/63791-voltage-control-dc-dc-bidirectional-converter), MATLAB Central File Exchange. Retrieved .
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Inspired by: Current Controller DC/DC Bidirectional Converter
Inspired: Voltage Control DC/DC Boost Converter, Current Controller DC/DC Bidirectional Converter
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Hi Mr.saleh please guide me how can I simulate a two input bidirectional boost converter for renewable energy sources.thank you
How this converter is work on buck and boost converter ?
sir
@ SRANG: For sizing the L & C, in Rashid's book, the talk is about the boost and buck converters separately, but from that you can figure out the right numbers. You can find out the critical values for L & C in buck & boost cases, separate, and pick the one that will cover both. Also, there are some example about this in Ned Mohan book for power electronics.
For more details and applications of this model, please check:
a) Hardware based testing of communication based control for DC microgrid :
https://www.researchgate.net/publication/321810537_Hardware_based_testing_of_communication_based_control_for_DC_microgrid
b) Communication Based Control for DC Microgrids :
https://www.researchgate.net/publication/322319938_Communication_Based_Control_for_DC_Microgrids
c) Design and implementation of CCNY DC microgrid testbed:
https://www.researchgate.net/publication/309694181_Design_and_implementation_of_CCNY_DC_microgrid_testbed
As for the voltage reference, the model cover a wide range. In order to reach the reference you want, you need to adjust the operational conditions (i.e. battery voltage, current source value, the resistance connected on the DC bus side, etc.) to make it feasible/ logical to work for your application.
Dear sir, I have gone through the reference papers which you have provided but not able to calculate the values of C and L. In addition to that the fix voltage simulation is not working when the voltage reference changed to 160 i.e, the bus voltage I required. Please help me in this manner. My mail Id is khadtares@yahoo.com
It should inside the model itself, but also you can find it in:
https://www.researchgate.net/publication/320258799_Hardware_Based_Testing_of_Communication_Based_Control_for_DC_Microgrid
https://www.researchgate.net/publication/309694181_Design_and_implementation_of_CCNY_DC_microgrid_testbed
Sir please provide the link of reference papers that you have used during the designing of this model