Development of MATLAB/Simulink Model for Hydrogen-based Hybrid Renewable Energy System with Gas Turbine
A MATLAB/Simulink model is being developed to integrate a Hydrogen-based Hybrid Renewable Energy System (HRES) with a gas turbine power plant, focusing on the effects of hydrogen production, storage, and utilization on system performance. The model will feature key components such as an electrolyzer and a gas turbine, along with a PID control loop and a rule-based controller to manage operations under varying conditions. Deliverables will include an annotated Simulink file and a technical note outlining thermodynamic assumptions and controller logic.
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A MATLAB/Simulink model will be developed to couple a Hydrogen-based Hybrid Renewable Energy System (HRES) with a gas turbine power plant. The model will incorporate university-level thermodynamics, illustrating the impact of hydrogen production, storage, and utilization on overall system performance.
Key components include an electrolyzer representing the electrochemical section and a gas turbine for the turbomachinery aspect. A dedicated hydrogen line will be included, along with a PID control loop for turbine speed or power output.
A rule-based controller will manage the HRES cycle under varying load and renewable input conditions. Deliverables will consist of an annotated Simulink file with masked subsystems, a technical note detailing thermodynamic assumptions and controller logic, and demonstration of stable operation through screenshots under transient scenarios.
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