Project Title: Optimized Green Hydrogen Production, Storage, and Utilization in Power Systems 🎓 Bachelor's Project in Electrical Power Engineering – Fully Ready (Comprehensive Report + Simulation + Results) ⸻ 💡 Brief Project Idea: The project aims to produce green hydrogen using solar energy and improve system efficiency from electricity generation to storage and then converting it back to electrical energy to support power networks. The project addresses the instability of solar energy by converting the surplus into hydrogen that can be stored and used later, enhancing grid stability and reducing carbon emissions. ⸻ Technologies Used: • PV Solar Cell Systems • 🔌 Performance optimization using Power Optimizers • 🔬 Use of Triple-Junction Solar Cells to increase conversion efficiency • Analysis and comparison of Electrolyzer types: • Alkaline • PEM • 🔋 Hydrogen storage (compressed / liquid / chemical) • 🔥 Electricity generation using Fuel Cells • 💻 Full modeling and simulation using MATLAB/Simulink ⸻ 🚀 Impact of the Project on Future Initiatives: • Opens up avenues for clean energy applications in developing countries • Supports the transition to a low-carbon economy • Provides a scalable practical model for hydrogen production stations • Enhances the stability of electrical grids with the expansion of renewable energy • Is scalable to become a master's project or published scientific research ⸻ 📌 Suitable for: • Electrical/ Renewable Energy Engineering Students • Ready-to-develop graduation projects • Researchers interested in green hydrogen • Entities wishing to study the feasibility of Solar-to-Hydrogen systems