Ansys 2025 R1: Hydrogen Simulation Updates

Overview

As hydrogen takes center stage in the global transition to clean energy, simulation is pivotal in enabling innovation across the hydrogen value chain—from green hydrogen production and storage to transport and end-use applications.

Ansys 2025 R1 brings powerful enhancements across its multiphysics platforms, offering improved performance, streamlined workflows, and better integration capabilities. These updates allow engineers to model complex hydrogen systems with incredible speed, accuracy, and confidence.

This webinar will highlight how the latest Ansys capabilities support hydrogen-related simulations, focusing on workflows for electrolyzer modeling, hydrogen combustion, cryogenic and high-pressure storage, and safety analysis. We will also share best practices and example use cases demonstrating how simulation accelerates development while ensuring safety and reliability.

Join us to explore how Ansys 2025 R1 empowers hydrogen engineers to take their designs further and faster.

What You Will Learn

• How Ansys 2025 R1 performance upgrades (GPU acceleration, cloud-native workflows) accelerate hydrogen simulations
• Cross-physics workflows for modeling electrolysis, hydrogen storage (cryogenic/compressed), and combustion
• Case studies highlighting how simulation supports design and safety validation in hydrogen value chains

Who should attend

• Engineers
• Researchers
• Decision-makers working on hydrogen systems across production, transport, storage, and utilization