Designing of PV–Wind Powered EV Charging

Service Description

⚡ Online MATLAB Workshop: Designing of PV–Wind Powered EV Charging Stations 📅 Workshop Date: 20th June 2026 🌐 Mode: Online via Google Meet 💰 Fee: From ₹499 💻 Software: MATLAB/Simulink Join our online MATLAB workshop and learn how PV, wind, battery storage, grid inverter, and EV charging systems can be modeled using MATLAB/Simulink. This workshop covers renewable EV charging station design, MPPT control, DC charging operation, grid integration, and power management. 🔹 Session 1: Modeling of Grid-Connected PV–Wind Systems ☀️ PV System Modeling – Learn the behavior of solar PV under changing irradiance and temperature. 🌬️ Wind System Modeling – Simulate wind power generation under different wind speed conditions. 📈 MPPT Control – Implement MPPT algorithms for maximum power extraction. 🔋 Battery Storage – Model battery energy storage for renewable power support. ⚡ DC Charging System – Design DC charging operation using PV and wind power. 🔁 Power Flow Management – Analyze power sharing between PV, wind, battery, and DC load. 🔹 Session 2: Modeling of PV–Wind Based EV Charging Station 🚗 EV Charging Station Modeling – Develop a complete PV–wind powered EV charging system. 🔌 EV Battery Charging – Simulate EV battery charging using renewable energy. 🔄 Grid Inverter Modeling – Model PV–wind grid inverter operation in MATLAB/Simulink. 🏭 AC Grid Integration – Integrate PV, wind, battery, EV battery, and AC grid support. 🧠 Energy Management – Manage power between renewable sources, storage, EV load, and grid. 🎯 Key Learning Outcomes: ✅ Model PV and wind systems ✅ Implement MPPT algorithms ✅ Design battery-supported DC charging systems ✅ Simulate PV–wind EV charging station operation ✅ Analyze power flow between PV, wind, battery, EV, and grid