High-Performance Flow Batteries for Research & Development
Unlock the future of energy storage with Redox Flow’s advanced redox flow battery systems. Our modular flow battery cells, stacks, and components are expertly engineered for cutting-edge laboratory research in energy storage, membrane transport, and electrode performance. Designed for flexibility, our systems support customizable architectures and materials, enabling precise evaluation of redox couples, membranes, and full-cell behavior. Whether you are optimizing novel materials or benchmarking flow battery prototypes, our solutions deliver the reliability and versatility your research demands.
Our Flow Battery Systems & Components
Our comprehensive suite of flow battery systems and components is designed for seamless integration into any research-focused setup. We provide single-cell flow battery reactors for fundamental studies of kinetics and mass transport, alongside stack-configured flow battery modules for scale-relevant diagnostics. To ensure leak-free operation and reproducible results, we offer precision gaskets and sealing solutions. Our portfolio includes versatile current collectors and flow fields to optimize electrolyte distribution, a broad selection of electrodes and membranes for material screening, and advanced accessories for fluid handling and inline sensing.
Applications in Energy Storage Research
Researchers and engineers globally use our flow battery components to explore a wide range of applications. Key research areas include scaling redox flow energy storage systems, optimizing membrane and electrode transport phenomena, and studying long-term cycling stability and degradation mechanisms. Our products are also integral to developing novel electrolyte formulations, testing new redox couples, and integrating flow batteries with renewable energy sources like solar and wind.
Key Advantages of Our Flow Battery Technology
Our flow battery solutions provide significant advantages for laboratory research. The modular designs enable rapid reconfiguration and iterative testing, while ensuring compatibility with a diverse range of electrolytes and membrane chemistries. All materials are carefully selected for superior chemical resistance and electrochemical stability. With configurable flow geometries for controlled transport studies and seamless integration with standard lab equipment, our systems support both single-pass and closed-loop recirculation modes, providing a robust platform for any research project.
Custom Flow Battery Solutions & Collaboration
We specialize in developing custom flow battery configurations tailored to your specific research needs. Our team is available to assist with project-specific requirements, including non-standard membrane or electrode formats, unique flow fields, and specialized compression schemes. We also offer expertise in integrating inline reference measurement technologies and welcome joint development partnerships with academic and industrial collaborators to drive innovation in electrochemical energy storage.
Explore Our Flow Battery Products
Discover our complete portfolio of flow battery cells, components, and accessories. For custom configurations, dedicated research support, or bulk inquiries, we encourage you to get in touch with our expert team.
