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I need a complete MATLAB/Simulink model that applies Model Predictive Control to a photovoltaic-powered water-pumping system driven by a synchronous reluctance motor. The whole exercise is purely simulation based; no hardware implementation is required at this stage. Scope • Build or adapt a detailed PV array, DC-link, inverter and synchronous reluctance motor model inside Simulink. • Implement an MPC algorithm that supervises the motor drive, regulates the water-flow set-point and keeps DC-link voltage within limits while the irradiance and load vary. • Track how the strategy affects motor control dynamics, overall power-conversion efficiency and system stability when weather or hydraulic demand changes suddenly. What I will consider a finished job 1. A Simulink file (R2021a or later) that runs without missing libraries. 2. Well-commented MATLAB scripts/functions that calculate MPC horizons, constraints and cost weights. 3. A brief PDF or Word report (3-5 pages is fine) showing key plots—efficiency curves, speed/flow tracking, THD, and stability margins—with a short explanation of how the controller parameters were tuned. Deadline 2-3 days
Projektin tunnus (ID): 40345486
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5 freelancerit tarjoavat keskimäärin $44 NZD tätä projektia

Hello, As a highly skilled electrical engineer and proficient MATLAB/Simulink user, I am confident that I can create an exceptional Model Predictive Control model for your photovoltaic-powered water-pumping system. My experience in simulation techniques, especially in the area of power systems, makes me uniquely qualified for this project. You need not worry about any missing libraries or compatibility problems; I am familiar with working on the current version of MATLAB (R2021a). Utilizing my expertise, I will build or adapt detailed models of your PV array, DC-link, inverter, and synchronous reluctance motor within the Simulink environment. I understand that the primary goal of this exercise is to ensure a stable motor control dynamics while maximizing the overall power-conversion efficiency based on varying weather conditions and hydraulic demands. My meticulous approach ensures that every aspect of the control design is accounted for. I will implement an MPC algorithm that precisely supervises the motor drive while keeping the DC-link voltage within necessary limits. Additionally, to ensure transparency and ease of future reference, I will adequately comment on all MATLAB scripts/functions created during this project. Best regards Bharti
$100 NZD 3 päivässä
4,3
4,3

Hello there, ✸✸✸Matlab and Mathematics Expert is Here✸✸✸ I’ve checked your project – “MPC Simulation for PV Pump” And read the description carefully. I did MPhil on Matlab and Mathematics. As a professional Matlab and Mathematics developer, I can create clean validated, ✔Matlab code and make a device-supported M. File. And I can ✔Utilize Matlab for any advanced Statistical Modeling. Also I can do ✔Matlab Simulation and Encryption as well. Here is some of my recent completed Matlab Project: ✔️ https://www.freelancer.com/projects/matlab-mathematica/Matlab-encryption-project/details ✔️ https://www.freelancer.com/projects/matlab/System-Simulation-Analysis/details ✔️ https://www.freelancer.com/projects/matlab-mathematica/looking-for-matlab-36818016/details ✔️ https://www.freelancer.com/projects/matlab/MATLAB-Power-System-Simulation-40160511/details Also you can visit my profile and check all the Reviews of my previous all Matlab Project to get the idea about my knowledge and skills. I’m ready to be hired or ready to be awarded as I can start this task Right Now. So, I’m waiting for your response in chat box. Best Regards! Eng. Bablu Mondol
$20 NZD 1 päivässä
3,6
3,6

Dear, I have solid experience in developing MATLAB/Simulink control models for renewable-energy drive systems, including motor-drive control, DC-link regulation, and advanced controllers such as Model Predictive Control (MPC). Your project scope is clear and technically aligned with the type of simulation work I handle: integrating a PV array, DC-link, inverter, and synchronous reluctance motor model into a single Simulink framework, then designing an MPC strategy that manages flow/speed tracking, DC-link stability, and dynamic performance under irradiance and load disturbances. I can build the model in R2021a or later, keep the libraries self-contained, and provide a simulation setup that is structured, readable, and easy to rerun without dependency issues. For delivery, I will provide the complete Simulink model, along with well-commented MATLAB scripts/functions for prediction horizons, constraints, and weighting matrices so you can fine-tune the controller later. I will also include a short 3–5 page report summarizing the modeling logic, controller tuning approach, and results with key plots such as efficiency, speed/flow tracking, THD, and stability response during sudden weather and hydraulic-demand changes. I understand the 2–3 day deadline and can deliver a clean, simulation-ready package within that timeframe.
$30 NZD 2 päivässä
3,6
3,6

Hello, I understand you're looking for a comprehensive MATLAB/Simulink model to implement Model Predictive Control (MPC) for a photovoltaic-powered water-pumping system. Your goal is to ensure efficient motor control and maintain system stability amid variations in irradiance and load, which is crucial for optimizing performance. With over 12 years of experience in simulation modeling and control systems, I can build or adapt the required models, including the PV array, DC-link, inverter, and synchronous reluctance motor within Simulink. I will also develop well-commented MATLAB scripts that accurately calculate MPC horizons and constraints while ensuring that the project meets your specifications regarding efficiency curves and stability margins. Could you please provide more details about any specific parameters or conditions you want me to focus on during the simulation? Looking forward to your response! Best regards, [Your Name]
$18 NZD 7 päivässä
0,0
0,0

Hi! Combining PV, MPC, and a SynRM is a brilliant challenge. While others struggle to tune MPC for SynRM non-linearities, my edge is practical MBD expertise. Let's parameterize your cost weights in a central script so we can easily optimize THD and flow tracking!" Execution Plan (2-3 Day Delivery): System Modeling: Build the PV array, DC-link, Inverter, and SynRM in Simulink (R2021a+), ensuring standard libraries. MPC Setup: Code the algorithm in well-commented .m files to regulate voltage and drive the motor during weather shifts. Validation: Run the scenarios and write the 5-page PDF detailing efficiency, THD, and tuning logic. Why I’m the Best Fit: My name is Abdulrahman, and my focus is MBD and power systems. I recently worked on a similar project involving a Smart Mobile Power Station using Microgrids and AI. I regularly simulate complex energy systems, meaning I deeply understand the math required to tame a SynRM with predictive control. I will deliver a beautifully documented engineering tool ready before your deadline
$52 NZD 3 päivässä
0,0
0,0

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