A typical setup includes a 20- or 40-cell research stack with an active area of 608 cm² per cell. The system supports full electrolyte circulation, nitrogen purging, and thermal management through integrated heat exchangers and a chiller or heater unit. Electrolyte temperature is precisely regulated, ensuring stable and repeatable testing conditions. The control station features a programmable logic controller (PLC), frequency inverters for pump control, and a user-friendly HMI panel. All components are housed in a floor-standing aluminium frame cabinet. The system is operated via a LabVIEW-based graphical user interface software suite, which enables real-time monitoring, scripting, and remote access. Data acquisition is fully integrated, with high-resolution voltage monitoring across all cells. Pilot test benches are delivered with on-site installation, commissioning, and training. Remote support is provided during the initial operation phase to ensure smooth integration into your research workflow. Customisation options are available to accommodate specific chemistries, stack designs, or operational requirements.
Whether you are validating a new chemistry, optimising stack performance, or preparing for scale-up, Pinflow’s pilot test benches provide the reliability, flexibility, and precision required for advanced electrochemical research.