Flowvolta designs electrolysis systems that treat the entire plant as an integrated solution rather than focusing solely on the stack. By simplifying architecture, reducing component count, and offering modular, containerised units, they claim up to 50% lower CAPEX, full operational flexibility with instant start‑stop, and high reliability without rotating equipment, enabling fast deployment alongside intermittent renewable power sources.
- Clean Technology
- Energy
- Hardware
Funding
Founders
Product
Problem
Electrolysis projects face high capital expenditures and operational complexity because most cost and risk are tied to balance‑of‑plant components, auxiliary systems, and integration with variable renewable power, rather than the electrolyser stack itself.
Solution
Flowvolta delivers modular, containerised electrolysis systems that treat the entire plant as an integrated unit. By simplifying architecture, reducing component count, and using tool‑free assembly, the company cuts non‑stack capital costs by up to 50%. The design provides full 0‑100 % load flexibility, instant start‑stop capability, and seamless connection to intermittent solar or wind sources. Independent stacks with separate cooling and no rotating equipment enhance reliability and enable easy maintenance. The compact, modular footprint allows rapid installation and straightforward scale‑out for green hydrogen and downstream chemical production.
Target Audience
Primary customers are industrial hydrogen producers, renewable energy developers, and chemical manufacturers seeking cost‑effective, flexible electrolysis solutions for green hydrogen or e‑fuel production.
Features
- Containerised, plug‑and‑play modules with tool‑free assembly for fast deployment
- Simplified balance‑of‑plant architecture reducing component count and CAPEX by up to 50 %
- Full operational flexibility (0‑100 % load) with zero reverse currents and rapid start‑stop response
- Seamless integration with intermittent renewable power (solar and wind) without additional converters
- Independent stack cooling and no rotating equipment for high reliability and easy cell replacement
- Modular, compact footprint enabling scalable expansion and rapid site installation