Green Hydrogen Production in Microgrids

Overview

Production of green hydrogen by electrolysis is identified as an enabler for electrified transportation and fossil-free industrial processes. Electric power harvested from renewable energy sources (wind, solar) is converted into hydrogen gas. Despite the undoubted potential, planning, design and operation of electrolysis plants present several challenges. Join this MathWorks presentation to discover how physical system simulation can empower R&D engineering tasks ranging from performance analyses and controls development to techno-economic studies and deployment.

Highlights

• Physical multi-domain modeling and simulation
• Trade-off model fidelity versus simulation objective
• Micro-grid integration and techno-economic analysis
• Power electronics control design
• Options for sharing models such as Apps, FMU
• Please allow approximately 60 minutes to attend the presentation and Q&A session.

About the Presenter

Ramanuja Jagannathan is a Senior Application Engineer at MathWorks India working on modelling, simulation, control design and simulation deployment for mechatronics applications. He has experience working in customer projects involving design of mechatronic machine design, robotic manipulator, reinforcement learning based controller and digital twin deployment. Before joining MathWorks, he was as a Senior Engineer at Larsen and Toubro working in project planning and control of Railway projects. His academic background is in Process Control, and he did master’s programme at National Institute of Technology, Tiruchirappalli, India.