Modeling and Simulation of a Blockchain-Based P2P Energy Trading Framework With Hydrogen Storage for Smart Microgrids in MATLAB

Watch Modeling and Simulation of a Blockchain-Based P2P Energy Trading Framework With Hydrogen Storage for Smart Microgrids in MATLAB project video for MA…

Project Video Overview

This project video presents Modeling and Simulation of a Blockchain-Based P2P Energy Trading Framework With Hydrogen Storage for Smart Microgrids in MATLAB, a MATLAB Simulink research implementation prepared for scholars, engineering students and project teams. The demonstration is useful for understanding the modelling workflow, simulation objective, tool setup, output observation and result interpretation for MATLAB Simulink modelling, control systems, optimization, signal processing and engineering simulation. The page is structured as a project page with a clear summary, domain context, related project links and direct access to the project video file. Researchers can use this page to review the project theme, compare similar implementation topics and contact PhD Research Labs for guidance on customization, documentation, result explanation and thesis-level presentation.

Research Domain

MATLAB Simulink modelling, control systems, optimization, signal processing and engineering simulation

MATLABPhD researchengineering projectsimulationproject videoModelingSimulationBlockchainBasedEnergyTradingFramework

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