The countdown begins—we’re just one month away from the IFBF 2025, taking place 24–26 June at the Intercontinental Hotel in Vienna. As the leading global event dedicated to flow battery innovation, IFBF continues to be the go-to forum for cutting-edge developments, collaboration, and discussion within the long-duration energy storage sector.
We have prepared a comprehensive programme over three days, including:
- 🎤 Expert presentations and panel discussions on key topics: from materials and chemistry to system integration, finance, and policy.
- 📊 Poster sessions highlighting early-stage research, prototypes, and field applications.
- 🤝 Dedicated networking sessions designed to foster connections across the sector.
- 🍽️ An elegant conference dinner at the iconic Palais Ferstel, one of Vienna’s historic landmarks.
- 🏭 A unique site visit to CellCube HQ, where participants will get a behind-the-scenes look.
Why Attend IFBF 2025?
Flow batteries are a promising solution for grid-scale, sustainable energy storage. At IFBF, we bring together the world’s top minds in research, industry, policy, and investment to advance the future of this technology. Whether you are working in R&D, manufacturing, deployment, or regulation, IFBF offers a unique platform to:
- Discover the latest advances in flow battery science and technology
- Understand the commercialisation pathways and market trends
- Connect with global leaders, innovators, and decision-makers
- Build cross-sector partnerships and collaborations
Still Haven’t Registered?
Now is the time to secure your ticket and be part of this growing community. Whether you’re joining us as a speaker, exhibitor, participant, or delegate, your voice is essential in shaping the future of energy.
Spread the Word!
Over the coming weeks, we’ll be sharing updates, testimonials, and speaker highlights. We encourage all participants to join the conversation online using #IFBF2025 and share what you’re looking forward to!
We look forward to welcoming you to Vienna and discussing the next big leap in clean, long-term energy storage.
