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Fuel Cell, Electrolyzer, and Battery Measuring
Advanced High-Power Electrochemical Analysis and Reliable EIS for Single Cells, Batteries, Electrolyzers, Supercapacitors, and Their Key Components.
Highest Power in One Device
Push the boundaries of your research with the Kolibrik High-Current Potentiostat. Delivering up to ±100 A directly in a single unit, it combines exceptional power with comprehensive testing capabilities, enabling you to optimize the performance and monitor the exact state of health of your fuel cells, electrolyzers, batteries, and supercapacitors. Gain a deep understanding of your systems to ensure optimal working conditions and unlock their full potential with high precision.
Looking to scale up? Extend your testing capabilities up to 2000 A with our MegaEIS System, featuring our unique source/load booster.
World-Class Power, Globally Trusted. Precision to the decimal is our baseline. That’s why the global electrochemical leader, Gamry Instruments, partners with us to offer Kolibrik Potentiostats. This synergy of robust high-current hardware and world-class expertise delivers a dependable, high-ROI investment for gigafactories and research labs worldwide.
Why Potentiostat/Galvanostat?
The heart of every electrochemical laboratory
Kolibrik Potentiostat/Galvanostat is an invaluable tool for electrochemical research and development, quality control, fuel cell and battery testing, corrosion research, etc. This multipurpose device offers various electrochemical measurement techniques like cyclic voltammetry/amperometry, linear sweep voltammetry/amperometry, chronoÂamperometry, EIS, charge/discharge cycling, and other specialized battery testing protocols, including method sequencing and scripting. It enables deep and precise insight into the electrochemical processes of your desire.
Discover secrets of your electrochemical system
The electrochemical impedance spectroscopy (EIS) analysis is the ultimate technique to unlock the secrets of your electrochemical system during its standard operating conditions. The EIS method measures the impedance of a system over a wide range of frequencies. It provides valuable information about the system's response at different timescales, which is of particular interest in studying the reaction kinetics at the electrode surfaces, the diffusion of reactants and products, the ohmic resistance of the electrolyte, etc.
Wide range with excellent accuracy
Kolibrik Potentiostat/Galvanostat provides wide measurement range up to ±10 V and ±100 A with high accuracy and precision in both potentiostatic and galvanostatic measurement mode. With its capability to measure high-current densities our potentiostat/galvanostat is best suited for analysis of electrolyzers, fuel-cells and stacks, and batteries.
Key Features for Your Solution
Reliable EIS Measurements Across a Broad Frequency Range
Kolibrik Potentiostats deliver exceptional accuracy, maintaining tight error margins even at such low impedance values and frequencies, as demonstrated by the wide 0.5% accuracy contour.
Uncover Subtle Variations with Exceptional Precision
The wide 0.1% precision contour highlights the instrument's capability to resolve extremely small impedance variations, ensuring reliable data for highly sensitive electrochemical measurements.
To meet the demands of any research scale, we built our Kolibrik Potentiostats into three distinct product lines. Whether you prioritize maximum current, integrated front-panel features, or budget efficiency, you can choose the exact setup you need. Explore the lines below to find your perfect fit.
Key parameters
- Potentiostat/Galvanostat up to ±100 A (4-quadrant)
- Current ranges up to ±100 A (4 ranges)
- Output voltage up to ±10 V
- Electrochemical Impedance spectroscopy 1 mHz ... 100 kHz
- EIS, Cyclic Voltammetry, Chronoamperometry and other standard electrochemical methods including for batteries
- Software with external control via TCP/IP, method sequencing, Python scripting
Kolibrik Potentiostat/Galvanostat Introduction
See Unboxing, introduction to features, and practical live measurement demonstration of Potentiostat PTC-05100EW.
Measuring with Kolibrik Potentiostat/Galvanostat
Example of measuring with Kolibrik Potentiostat/Galvanostat
What Testing Range Do You Need?
Need More Power or Multi-Channel Measuring Without Multiplexing?
MegaEIS for Batteries
MegaEIS for Fuel Cells and Electrolyzers
Example References
Pinflow
- Potentiostat for measuring EIS and improving performance and efficiency.
- TEVOMET for temperature and voltage monitoring.
- Cell Voltage Monitoring for testing of large batteries even including monitoring of voltage each individual battery cell in battery stack.
LEANCAT
- Potentiostat line with a range of up to 100 A with EIS capabilities and loads / sources with EIS capabilities with currents up to 2000 A and power up to 20 kW (200 kW with booster) for their large fuel cells/electrolyzer stations.
- Automation for H2FC Test stations
- Potentiostats, Cell Voltage monitors
ETH Zurich
- Potentiostat for developing and testing large-area electrochemical cells for more efficient hydrogen production. Potentiostat/Galvanostat enable conducting electrochemical tests in a controlled environment.
Hysata
- Potentiostat is used to measure EIS in order to characterize the behavior of electrolyzer cells under various operating conditions, optimize electrochemical parameters, and enable rapid technology scaling.
Areas of usual application
Whether you need to analyse electrolysers, fuel cells, batteries we have the right solution for you.
Electrolyzers
Electrolyzers use electricity to split water into hydrogen and oxygen, which can be used as clean and renewable fuels. For detailed EIS characterization, you can use our potentiostats for single cell research or for short stack evaluation. Our EIS source models can be used for characterization of full electrolyzer stacks.
Fuel Cells and Stacks
Fuel cells and fuel cell stacks convert hydrogen and oxygen into electricity and water, providing clean and efficient energy for various applications. We provide potentiostats for single cell research, zero-voltage loads for high-power fuel cell EIS characterization under high current conditions over 1000 Amperes, or EIS analysis solution for powerful stacks with multichannel EIS acquisition capability.
Batteries
Lithium batteries, redox-flow batteries, etc. are essential for storing and delivering energy from renewable sources. They offer advantages such as long lifetime, good scalability, and seamless integration in the electrical grid. For batteries, you can use our high-current potentiostats or high-power EIS analyzers combining load and source modes in one device.
Custom Designs
Didn't choose from our standard models? You need a higher current, more channels, a different configuration?
We will customize your testing setup according to your needs and preferences.
MegaEIS System For Fuel Cells And Alectrolyzers
MegaEIS System For Batteries
Choose a professional and efficient solution, join companies that use Kolibrik!
Get a Quote or Expert Consultation
Want to learn how to improve the performance of your hydrogen or battery solution?
If you’re looking for a smart and reliable way to measure and improve the performance of your fuel cells, electrolyzers or batteries, look no further than Kolibrik. Kolibrik is more than just a product. Kolibrik can help you measure and optimize the impedance of your high-power devices. Whether you need a standard or a customized variant, we can provide you with the best quality and price. It’s a solution that can transform your fuel cell or electrolyzer system and take it to the next level.
Contact us today and let us show you how Kolibrik can make a difference for you.
Use this form or on email sales@kolibrik.net.
