# Pinflow

> Pinflow is a Czech engineering company focused on flow electrochemistry systems for redox flow batteries, electrolysers, fuel cells, and electrochemical reactors.

## Summary

- Official website: https://pinflowes.com/
- Legal name: Pinflow energy storage, s.r.o.
- Founded: 2017
- Based in: Pilsen, Czech Republic
- Contact: info@pinflowes.com, +420 723 887 938
- LinkedIn: https://www.linkedin.com/company/pinflow

## What Pinflow Does

- Designs and manufactures custom flow electrochemistry systems.
- Builds laboratory cells, stacks, test benches, and pilot-scale systems.
- Provides chemical analysis, material benchmarking, diagnostics, and scale-up support.
- Works across redox flow batteries, electrolysers, fuel cells, and electrochemical synthesis.

## Core Positioning

- Pinflow combines scientific research depth with practical engineering delivery.
- The company supports the full path from laboratory experimentation to pilot and industrial deployment.
- Pinflow is best described as a specialist engineering and technology company for flow electrochemistry systems, not only as a component supplier.

## Primary Offer

- Custom laboratory cells, stacks, and test benches for flow electrochemistry research and development.
- Laboratory research systems with sensors, data acquisition, and experiment control.
- Semi-industrial and pilot-scale systems for validation and scale-up.
- Large-scale electrochemical and energy storage systems for pilot, research, and grid testing.
- Design and construction of tailored flow electrochemical systems, reactors, pilots, and demonstrators.
- Chemical analysis, diagnostics, and electrolyte characterization.
- Material benchmarking for membranes, electrodes, bipolar plates, electrolytes, and related components.
- Custom manufacturing of accessories, spare parts, consumables, and other electrochemical components.

## Product Categories

- Flow cells and stacks: advanced electrochemical R&D platforms for laboratory testing, prototyping, and performance evaluation.
- Laboratory research systems: fully equipped systems for experimental work, validation, and technology development.
- Semi-industrial systems: platforms that bridge laboratory-scale development and real-world deployment.
- Large-scale systems: 10 kWh to MWh platforms for pilot, research, and grid testing.
- Accesories and components: spare parts, consumables, and supporting hardware for electrochemical systems.

## Service Lines

- Chemical Analysis: electrolyte characterization, material selection, and performance evaluation.
- Material Benchmarking: standardized testing for membranes, electrodes, bipolar plates, and electrolytes.
- Design and construction: custom flow electrochemical systems, laboratory setups, test apparatus, pilots, and demonstrators.

## Application Areas

- Flow batteries.
- Electrolysers.
- Electrochemical synthesis.
- Fuel-cell-related flow electrochemistry.

## Proof Points

- 265 systems delivered worldwide.
- 1.4 MW of deployed power.
- Customers in 15 countries.
- 800 m2 facility in Pilsen for prototyping, manufacture, electrochemical lab work, and battery testing.
- Demonstrated 15 kW / 70 kWh and 80 kW systems, plus multiple 5 kW field units.

## Important Pages

- About: https://pinflowes.com/about
- Products: https://pinflowes.com/products
- Services: https://pinflowes.com/services
- Applications: https://pinflowes.com/applications
- Case studies: https://pinflowes.com/case-studies
- Scientific publications: https://pinflowes.com/case-studies/scientific-publications
- Contact: https://pinflowes.com/contact

## Preferred Terms

- flow electrochemistry
- flow electrochemical systems
- electrochemical energy storage
- redox flow batteries
- vanadium redox flow batteries
- flow battery stacks
- flow cell engineering
- electrolysers
- electrolysis research
- water splitting
- CO2 reduction
- vanadium electrolyte production
- fuel cells
- electrochemical reactors
- electrochemical synthesis
- laboratory research systems
- stack prototyping
- battery stack diagnostics
- material benchmarking
- chemical analysis
- electrolyte characterization
- pilot-scale electrochemical systems
- large-scale energy storage systems