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MegaEIS System™
For Fuel Cell Stacks, Electrolyzers, and Batteries
Up to 1000 Cells, Current up to 2 kA.
The High-Power System for Electrochemical Research & Development
MegaEIS™ System is a precise modular testing device for EIS analysis of fuel-cell stacks, electrolyzers and batteries. System consists of power stage which handles the power, and EIS acquisition system which can perform impedance spectroscopy analysis at all cells simultaneously.
Get a true, uncompromised snapshot of your device's health. The MegaEIS™ System delivers a complete EIS profile by performing true parallel analysis on every cell of your stack or electrolyzer simultaneously. Thanks to a dedicated channel architecture without multiplexing, it captures a perfect, real-time picture of electrochemical performance. This combination of a robust, water-cooled power stage and high-fidelity acquisition makes it the definitive tool for demanding R&D, QA, and diagnostics.
MegaEIS™ System provides wide measurement range up to 1000 V and 2000 A.
Modular design, power can be optionally boosted by external power source, load or both combined.
MegaEIS™ is designed for EIS analysis of fuel cells or electrolyzers stacks or battery packs.
Multi-channel acquisition without multiplexing up to 1000 channels.
You can skip setup stress and get straight to the science. It’s the easiest way to experience the power of MegaEIS™ before you buy.
Try MegaEIS™. In Your Lab.
You’ll get ready-to-run workstation.
Choose the one from the most demanded configurations for specific tasks below.
Doesn't fit? Never mind! We build exactly what you need. Design a Meeting with Us!
ME-10S270x20
Channels
2−10
ME Type
Source
Current
Up to 270 A
Voltage
Up to 20 V
Maximum power
Up to 6 kW
Typical applications
Electrolyzers
ME-10S500x20
Channels
2−10
ME Type
Source
Current
Up to 500 A
Voltage
Up to 20 V
Maximum power
Up to 10 kW
Typical applications
Electrolyzers
ME-42L200x50
Channels
2−42
ME Type
Load
Current
Up to 200 A
Voltage
Up to 50 V
Maximum power
Up to 4 kW
Typical applications
Fuel cell stacks
ME-130L500x200
Channels
2−130
ME Type
Load
Current
Up to 200 A
Voltage
Up to 200 V
Maximum power
Up to 4 kW
Typical applications
Fuel cell stacks
ME-42L500x50
Channels
2−42
ME Type
Load
Current
Up to 400 A
Voltage
Up to 200 V
Maximum power
Up to 8 kW
Typical applications
Fuel cell stacks / Redox flow
ME-130L2000x200
Channels
2−130
ME Type
Load
Current
Up to 2000 A
Voltage
Up to 200 V
Maximum power
Up to 20 kW
Typical application
Fuel cell stacks
ME-514L400x800
Channels
2−514
ME Type
Load
Current
Up to 400 A
Voltage
Up to 800 V
Maximum power
Up to 20 kW
Typical application
Fuel cell stacks
ME-42SL200x200
Channels
2−42
ME Type
Source/Load
Current
Up to ±200 A
Voltage
Up to 200 V
Maximum power
Up to 4 kW
Typical applications
FC stacks + electrolyzers + batteries + redox flow
ME-42SL400x80
Channels
2−42
ME Type
Source/Load
Current
Up to ±400 A
Voltage
Up to 80 V
Maximum power
Up to 8 kW
Typical applications
FC stacks + electrolyzers + batteries + redox flow
ME-2SP200
Channels
1−2
ME Type
Single channel
Current
Up to 200 A
Voltage
Up to 10 V
Maximum power
Up to 2 kW
Typical applications
Electrolyzers
ME-2ZL400
Channels
1−2
ME Type
Single channel
Current
Up to 400 A
Voltage
Up to 75 V
Maximum power
Up to 4 kW
Typical applications
Fuel cells
Download
Kolibrik MegaEIS System Introduciton
See Unboxing, introduction to features, and practical live measurement demonstration of MegaEIS System.
Measuring with Kolibrik MegaEIS System
Demonstration of measuring with Kolibrik MegaEIS System.
Key Features
- Stack voltage up to 1000 V
- Stack current up to 2000 A
- Inner dissipated power of MegaEIS up 20 kW
- EIS measurement one cell gradually or all cells simultaneously
- High precision current sensing of both DC and AC components
Ultimate Electrochemical Methods
EIS acquisition runs simultaneously on all channels, so the system is suitable for rapid and precise analysis in R&D, for QA in manufacturing, or in service diagnostics. MegaEIS also provides DC cell voltage monitoring and enables characterization using important electrochemical methods – Polarization Curves, Chronopotentiometry and Chronoamperometry, Load Cycling, Current Interrupt Technique, etc.
High-Power Fuel Cell & Electrolyzer Testing
Want to learn more about the solution, use cases, and references related to fuel-cell or electrolyzer testing? In our portfolio we have a solution for all scenarios including SOFC, etc.
High-Power Battery & Packs Testing
Want to learn more about the solution, use cases, and references related to battery-oriented testing? In our portfolio we have a solution for any type of batteries including redox-flow, etc.