Control of grid connected photovoltaic system

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SUMMARY

The discussion centers on implementing a grid-connected photovoltaic (PV) system for a final year project, with a focus on whether to use hardware or software solutions like MATLAB. Participants recommend MATLAB for its ease of use, particularly with Simulink integration, and suggest exploring dSPACE systems for real-time applications. Alternatives such as LabVIEW Real Time and DSP/microprocessor development boards are also mentioned for those interested in embedded solutions. The user seeks tutorials for obtaining I-V and P-V characteristic curves using Simulink in MATLAB.

PREREQUISITES
  • Familiarity with grid-connected photovoltaic systems
  • Basic understanding of MATLAB and Simulink
  • Knowledge of dSPACE systems for real-time applications
  • Experience with LabVIEW Real Time for virtual instrumentation
NEXT STEPS
  • Research MATLAB Simulink tutorials for photovoltaic system modeling
  • Explore dSPACE system integration with MATLAB for real-time control
  • Investigate LabVIEW Real Time for virtual instrument applications in PV systems
  • Study DSP/microprocessor development boards for embedded PV solutions
USEFUL FOR

Students in electrical engineering, researchers in renewable energy, and professionals involved in the design and control of grid-connected photovoltaic systems.

fan_103
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Hi guys,

I am doing a final year project this semester on the above topic. I wanted to know whether to implement hardware or using software like Matlab.

Thanks in advance.
 
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If there's an emphasis on it being grid connected, it would definitely be a huge advantage if you could reprogram the switching behavior of your inverter configuration to test out different control schemes.

You suggested MATLAB, do you have access to a dSPACE system with Simulink integration at your university? It's probably one of the easier real-time platforms to get up and running quickly.

LabVIEW Real Time is also an option if you have some experience with it and like the virtual instrument approach. Your university needs a license for it of course.

A DSP/microprocessor in a development board will also work nicely and would offer the option of producing an embedded solution, if that's something you'd be interested in.

I haven't worked with PV-cells myself, but I'm sure there's a tonne of papers available in the public domain on grid connecting them in all sorts of ways.
 
Thanks a lot for the reply mate. I want to obtain I-V and P-V characteristic curve using Simulink in matlab. Do you know where I can find the required tutorials!?
 

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