Electrolysis, redesigned
at system level.
FlowVolta is developing the next-generation modular electrolyser systems built for extreme flexibility, high reliability, and lower-cost hydrogen, with seamless integration into renewable energy sources.
Electrolysers are still too expensive, too complex, and inflexible to scale fast enough.
Most innovation focuses on the stack. But the real costs, complexity and deployment risks sit in the balance of plant, auxiliary systems, installation, and operations, plus the ability to work with volatile renewable power.
It's time to redesign the whole system.FlowVolta simplifies the entire electrolyser system.
Lower CAPEX
Up to 50% reduction in non-stack system costs through simplified architecture and smart integration.
- Simplified system design
- Reduced component count
- Easy to assemble (tool-free)
- Simple BoP
Extreme flexibility
Full (0-100%) operational flexibility and robustness under instantaneous starts - stops
- Zero reverse currents
- Fast start-stop capability
- Seamless integration with intermittent renewable power (Solar and Wind)
High reliability
Fewer components, less complexity, built for long lifetime and easier maintenance.
- No rotating equipment
- Independent stacks with separate cooling
- Each cell is accessible, repairable and replaceable
Easier deployment
Modular, compact and containerised systems for fast installation and scale-out.
- Modular architecture
- Compact footprint
- Rapid installation
Green hydrogen
Efficient, scalable and cost-competitive hydrogen for industry and mobility.
Green chemicals
Enable sustainable production of e-fuels, ammonia, methanol and more.
Distributed production
Produce on-site, close to demand, reducing infrastructure and transport.
Energy resilience
Strengthen energy independence with flexible, reliable electrolysis systems.
Built by people who understand the full system.
FlowVolta brings together hands-on experience in electrochemical systems, hydrogen technology, product development, and scalable hardware design.
We focus on the parts of electrolysis that are often overlooked: system architecture, operational flexibility, reliability, and deployment simplicity.
Our goal is to make electrochemical production easier to build, easier to operate, and easier to scale.
