MATLAB and Simulink models for electrical and electronics work, delivered as files you can run — no hardware ships with these. Open any model to see the price and what is included; to order one, message the admin on Telegram or email.
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Title MATLAB/Simulink MPPT Models – Comparative Analysis of 11 MPPT Algorithms with Results Description complete MATLAB/Simulink MPPT project containing 11 MPPT models in a single file/project, with simulation results and comparative analysis. MPPT algorithms are: P&O – Perturb and Observe INC – Incremental Conductance SWEEP PSO – Particle Swarm Optimization GWO – Grey Wolf Optimization CS – Cuckoo Search JFO – Jellyfish Optimization RIME WOO – Wombat Optimization APO – Artificial Protozoa Optimization CPO – Crested Porcupine Optimizer same PV system and DC–DC converter for all algorithms so that their performance can be compared fairly.
A MATLAB script that trains an artificial neural network on solar data and reports the regression value, the number that says whether the network learnt the pattern or merely memorised the set. The starting point for the AI-based MPPT work rather than a finished tracker. FOR THAT YOU NEED TO PROVIDE US THE DATA
The five equations a photovoltaic cell is designed from, written as a MATLAB script with the sample data alongside. Being a script rather than a block diagram, every term is visible and editable — the model to read when the Simulink block feels like a black box.
I-V and P-V curves for four different panels, at standard test conditions and with shading applied. The shaded curves grow the second hump that makes a naive hill-climbing tracker settle on the local maximum and lose most of the array — the failure that partial-shading papers exist to solve.
A PWM-controlled SEPIC converter, and the one listing here that ships with a written report alongside the model — the document explains the design and the waveforms, which is what a submission usually needs and a bare .slx file cannot provide on its own.
A complete stand-alone photovoltaic system: panel, maximum power point tracker, inverter and an induction motor load. The induction machine is the point — it is the load that makes the inverter work for its living, and the model shows what the MPPT does when the demand behind it is not a resistor.
Six maximum power point tracking techniques on one panel, including the artificial-intelligence ones — ANFIS, neuro-fuzzy and a trained neural network — beside the conventional methods. Runs at standard test conditions and under changing irradiation, with the data included, so the comparison is on how each method behaves when the input moves rather than on a single steady operating point. Covers: Incremental, P&O, Modified INC, ANN, ANFIS, FLC, PWM based