MATLAB ASSIGNMENTS

  🔋 State of Charge (SOC) Estimation of Li-Ion Battery using Extended Kalman Filter (EKF) | MATLAB Simulink 🔗 Project support: www.matlabprojectscode.com 🔹 WhatsApp: +91 8300015425 This video presents State of Charge (SOC) estimation of a Lithium-Ion battery using the Extended Kalman Filter (EKF) in MATLAB Simulink. The model combines an equivalent circuit battery model (ECM) with an EKF observer to estimate SOC accurately under dynamic load and drive-cycle conditions. You’ll see how EKF uses measured terminal voltage and current to correct SOC in real time, improving estimation compared to simple Coulomb counting—especially under noise, parameter variation, and changing operating conditions. https://www.youtube.com/watch?v=FvlnaiDIfvQ ✅ Best for EV battery management systems (BMS), energy storage, and control-oriented battery modeling projects. 🔍 Key Topics Covered Li-ion battery modeling (ECM: R0–R1C1 / RC network) OCV–SOC curve and parameter identification EKF predicti...

DFIG Based Wind Energy Conversion System with Partial-Scale Converter | MATLAB Simulink Simulation This video presents a Doubly Fed Induction Generator (DFIG) based Wind Energy Conversion System (WECS) implemented using MATLAB/Simulink, focusing on the operation of a partial-scale power electronic converter. The simulation explains how DFIG technology enables variable-speed wind turbine operation with reduced converter rating, improving efficiency and reducing system cost. The model includes wind turbine aerodynamic modeling, DFIG electrical dynamics, rotor-side converter (RSC), grid-side converter (GSC), DC-link control, vector control strategy, and grid synchronization. The partial-scale converter (typically 25–30% rated power) controls rotor currents, enabling independent active and reactive power control under varying wind speeds. Key results such as stator/rotor currents, active & reactive power, DC-link voltage, rotor speed, and grid voltage stability are analyzed. This pr...

Fingerprint Enhancement & Reconstruction Tool | MATLAB Image Processing | Biometrics & Forensics Project This video demonstrates a complete Fingerprint Enhancement and Reconstruction Software built using MATLAB, Digital Image Processing, Ridge Analysis, and Biometrics techniques. The software performs high-quality enhancement, feature extraction, and fingerprint reconstruction—similar to professional forensic applications. 📞 Contact for MATLAB Code / GUI Software / Research Support 🌐 www.matlabprojectscode.com 📧 matlabprojectscode@gmail.com 📱 WhatsApp: +91 8300015425 🔍 Features Covered in This Video 🔹 Fingerprint Enhancement Histogram equalization FFT + Gabor filtering Adaptive contrast improvement Ridge–valley normalization Noise reduction & ROI extraction 🔹 Ridge Feature Analysis Ridge orientation map Ridge frequency estimation Block segmentation Coherence & quality map generation 🔹 Minutiae Processing Bifurcation & ridge ending detection Skeletonizatio...

Solar Panel Fault Analysis using MATLAB Simulink and Machine Learning with Python | PV Fault Detection & Classification This video presents an advanced Solar Panel (PV) Fault Analysis system combining MATLAB/Simulink modeling with Machine Learning techniques implemented in Python. The project detects and classifies common photovoltaic faults using electrical signal data and ML algorithms, improving reliability, efficiency, and maintenance planning of solar energy systems. We first simulate different PV fault conditions in MATLAB/Simulink, extract key electrical features, and then apply machine learning models (Python) to accurately identify and classify faults. 📦 Project Support 🌐 www.matlabprojectscode.com 📧 matlabprojectscode@gmail.com 📱 WhatsApp: +91 8300015425 🔍 Faults Analyzed Partial Shading Fault Line-to-Line (L–L) Fault Line-to-Ground (L–G) Fault Open-Circuit Fault Short-Circuit Fault Normal Operating Condition ⚙️ Workflow Explained Solar PV system modeling in M...

Wireless Charging of Electric Vehicle using MATLAB Simulink | WPT EV Simulation This video presents a detailed MATLAB/Simulink simulation of Wireless Power Transfer (WPT) based Electric Vehicle (EV) charging system. The model demonstrates contactless power transfer between the transmitting and receiving coils using electromagnetic coupling, enabling safe, efficient, and automated EV charging without physical connectors. The simulation includes high-frequency inverter, resonant coupling coils, compensation networks, rectifier, DC-DC converter, and battery charging dynamics. Performance is evaluated in terms of power transfer efficiency, coil misalignment impact, output voltage/current, and battery charging characteristics. This project is highly suitable for final-year engineering students, MTech/MS projects, PhD research, and IEEE journal-oriented studies in electric mobility and wireless power transfer. 🔧 Key Features ✅ Wireless power transfer (WPT) based EV charging ✅ Transmitt...

Capacitive Power Transfer (CPT) Simulation in ANSYS Maxwell | Wireless Power Transfer FEM Analysis 📞 ANSYS / Maxwell Project & Research Support 🌐 Website: www.matlabprojectscode.com 📧 Email: matlabprojectscode@gmail.com 📱 WhatsApp: +91 8300015425 This video demonstrates a Capacitive Power Transfer (CPT) system simulated using ANSYS Maxwell, focusing on electric-field-based wireless power transfer between capacitive coupling plates. The simulation explains how power is transferred through displacement current using electrostatic coupling, making CPT suitable for low-power wireless charging and contactless energy transfer applications. The model includes multi-plate capacitive couplers, excitation setup, electrostatic field analysis, voltage and electric potential distribution, capacitance extraction, coupling behavior, and power transfer characteristics. ANSYS Maxwell is used to visualize electric field intensity, surface charge distribution, and potential contours, providin...