Please join us at the 43rd annual International Battery Seminar & Exhibit 2026 in Orlando!
Stop by our poster P55: Redox Flow Battery Simulation for Long-duration Energy Storage to learn how Veryst used multiphysics modeling to optimize the flow channel design of a kW-scale redox flow battery, achieving improved cell performance and efficiency for modular storage applications.
Schedule a meeting with Dr. Joseph Barakat to discuss how Veryst can support your product and process development for new battery technologies:
• CFD and FEA modeling to optimize cell architectures, electrolyte flow, and thermal management to improve efficiency and reliability.
• Advanced mechanical testing to quantify battery durability and improve mechanical integrity under real-world operating conditions.
• Material model calibration to translate microstructural degradation data into predictive models for stress, swelling, and charge-discharge cycling.
• Materials engineering for active and passive components, binders, and interfaces for improved conductivity, stability, and manufacturability.
• Failure analysis to diagnose defects, structural fatigue, and degradation pathways to prevent performance loss and extend service life.
The conference takes place March 23-26 at Rosen Shingle Creek in Orlando, FL. For conference details, see: https://www.internationalbatteryseminar.com/.
