Full paper download link for detail description
This block perform solar photovoltaic Maximum Power Point Tracking based on Perturbation & Observation algorithm and charge lead acid battery using three stage charging algorithm.
<b>MPPT Duty Cycle Step Size</b>
Specify the MPPT duty cycle (delta) step size. Default value is 1e-5.
<b>Battery Charging Constant Voltage (V)</b>
Specify the battery charging constant voltage for absorption stage.
<b>PWM Switching Frequency (Hz)</b>
Specify the PWM switching frequency in Hz.
Rodney Tan (2021). MPPT Solar Charge Controller Model (https://www.mathworks.com/matlabcentral/fileexchange/73115-mppt-solar-charge-controller-model), MATLAB Central File Exchange. Retrieved .
for the full completed code please contact me: email@example.com
would this work with a matlab function block for the P&O algorithm?
This model is just I was looking for my bachelor's final project to inspire.
I do admire your modular design and comprehensive plots. Just to share, I'm trying to simulate MPPT charge controller for a small wind turbine, I selected a modified Hill-Climbing-search algorithm, which in this specific application might be faster in convergence. For sure I will not use the model itself in my work, but as I learned a lot from every single block, I will refer to your great design. After all, I wish I could generate the controller code for actual implementation and further verification tests.
Also, I'd like to add a convergence speed calculator and maybe a programmable step size feature. If I was successful I'll post it for your review.
Great model. However i want to simulate for a 10 hour sunlight which is a 10*3600 seconds of simulation time and it gets so slow. Will decreasing the delta value or make the powergui continue help?
Please, I need this model in R2015a.. Thank You
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