MATLAB Modelling for EV Dual-Charging System

@nabeelraza1993

Hello sir, reproducing an EV dual-charging paper isn’t just “building a Simulink model” the hard part is closing missing parameters and matching the authors’ efficiency within tight tolerance using defensible derivations. Well, what I can do for you as MATLAB expert with 8 years of experience is rebuild every technical element of the study inside MATLAB R2025a i.e. reconstruct the mathematical models, implement the dual-port charger topology , integrate control loops and SOC estimation, then run the same simulation scenarios and produce side-by-side figure comparisons against the paper. In fact, I’ve written extensive MATLAB code and developed multiple Simulink models in past power-electronics/power-system work (including a Battery Management System model and multi-frequency three-phase system simulations), so I’m comfortable with parameter inference, stable Simscape setups, control tuning, and the kind of “replicate-and-justify” reporting that academic reviewers expect.

@abhishekagarwal1

Hi, I am an electronics and communication engineer. I have completed many projects in matlab. I can complete your project in given time. Please send details of your project. I shall submit results. If you award me your project, I shall thankful to you.

@divyam12345

Dear Sir/Madam, I understand your requirements and am confident that I can deliver high-quality work for your Electric Vehicle dual-charging system project. With 8 years of experience in MATLAB/Simulink, I have worked extensively on EV charger control strategies, mathematical modeling, and simulation. I can help you fill in the missing parameters, recreate the study's models, and ensure that the results align closely with the original paper. I will guide you throughout the process and provide a clean and reproducible model that meets the required accuracy and functionality. Let’s connect in the chatbox to discuss the project further, including the budget and timeline. To know more about my experience, let's talk in a freelancer call, and I can share more details and sample works in the chatbox. I am ready to work with you, please connect in the chatbox for further discussions. Thank You. Dr. Divya.

@engrhasan01

Hello, I’m an Electronics Engineer with extensive experience in MATLAB/Simulink and Simscape Electrical, especially in EV charging systems, DC-DC converters, and control modeling. I can recreate the published dual-charging system by rebuilding the mathematical models, logically deriving missing parameters, and running simulations to match the reported plots, tables, and efficiency figures. Deliverables will include a clean, well-structured Simulink model (.slx), supporting scripts, and a concise report with side-by-side comparisons and discrepancy analysis, fully reproducible on your machine within ±3% tolerance. Ready to start once you share the paper.

@hussein102

As an active EV researcher with 15+ published papers, I possess the academic rigor and modeling expertise to replicate this study with absolute precision. I will analytically derive all missing parameters to ensure the model matches the paper’s transients and efficiency within the required 3% margin. You will receive a publication-ready, documented workspace, optimized for both immediate validation and future research scalability.

@dann318

“I have hands-on experience in electrical systems such as power installations, circuit protection, motor controls, and automation. Mechanically, I’ve worked on equipment maintenance, mechanical assembly, HVAC systems, and troubleshooting rotating machinery. I’m skilled in combining both disciplines to deliver reliable engineering solutions.

@Forellano02

I can fully reproduce the technical content of the paper in MATLAB/Simulink, rebuilding the mathematical models, control loops, and charger topology to closely match the authors’ results. I have a strong background in control systems, power electronics, and model-based design, with experience reconstructing published models when parameters are incomplete—deriving missing values logically and validating them through simulation and data analysis. I’m also experienced in producing clean, well-documented Simulink models and clear side-by-side comparisons against reference figures. In addition, my teaching experience helps me structure models and documentation in a clear, modular way, making the system easy to understand, modify, and extend. I’m confident I can achieve the ±3% accuracy requirement and deliver a clean, fully reproducible workspace. I’d be happy to get started and discuss the paper details.

@vanhuy19892011

Hi, I can help you recreate the **EV dual-charging system** model in **MATLAB/Simulink** as described in the published study. Here's my approach: 1. **Rebuilding Mathematical Models**: I’ll translate the study's technical elements into MATLAB/Simulink using **Simscape Electrical** for subsystems like DC-DC converters, dual-port charger topologies, control loops, and SOC estimation. 2. **Filling Missing Parameters**: Using the available specifications (converter ratings, battery specs, controller gains), I’ll either derive the missing values logically or search for them in related literature or studies to ensure the model behaves as described in the paper. 3. **Simulation & Validation**: I’ll run simulations, generate the required plots, and compare them with the original study. Any discrepancies (within ±3%) will be highlighted with explanations and causes for deviations. 4. **Deliverables**: * Complete `.slx` model and necessary **.m scripts**. * **Report (PDF/Markdown)** with: * Parameter list with sources/derivations * Screenshots/plots comparing original and recreated figures * Discussion of discrepancies and solutions. * A clean workspace that’s ready to run immediately on your machine. I’ve previously worked on EV and power electronics simulations in MATLAB/Simulink, so I’m comfortable with EV charger control strategies. Looking forward to getting started! Best Regards,