The ElectroFlow ETS20 Multi-cell Electrolyser Test Station is a turn-key solution for laboratory R&D testing and analysis of electrolyser cells.
A fully integrated system, the ElectroFlow ETS20 provides the control, measurement and data acquisition required for evaluation and comparison of cell performance.
Available with an optional multicell test fixture, the ElectroFlow ETS20 enables evaluation of key cell components, such as membranes, electrodes and coatings, operating under controlled conditions.
By enabling parallel testing of multiple cells, Oxford nanoSystems’ solutions provide several key benefits:
The ElectroFlow ETS20 is also ideal for gaining familiarity with the operating principles of electrolyser systems, as well as methods for testing and analysis of electrolyser cells and components.
Our electrode coatings enhance the capacity and lower the capex of alkaline water electrolysers, driving down the production cost of green hydrogen. The benefits of our coating technology are far-reaching. By making hydrogen generation more cost effective, we can help accelerate the growth of the hydrogen economy, allowing for the development of new, clean energy solutions that will benefit humanity for generations to come.
Contact us today to learn more about how our coatings can improve the performance and reduce the cost of your hydrogen generation system!
The ElectroFlow MTF is a multi-cell electrolyser test fixture that is fully compatible with the ElectroFlow ETS20. The advanced design of the ElectroFlow MTF supports concurrent operation and testing of multiple electrolyser cells.
Available in two sizes (4.9cm2 and 15.9cm2 active cell areas), the ElectroFlow MTF enables evaluation and performance comparison of key components, such as membranes, electrodes and coatings. Multiple test cells operate simultaneously, under common conditions, all within an integrated multi-cell system. The ElectroFlow 20 is also ideal for gaining familiarity with electrolyser cell components and assembly.
The ElectroFlow MTF integrates directly with the power supply, electrolyte circulation system and transducer interfaces of the ElectroFlow ETS20. Compression of cell electrodes and membranes is achieved via pressurised nitrogen, also under control of the ElectroFlow ETS20.