IMPEDANCE ANALYZER
for Fuel Cell
ALDAS-F
What is ALDAS-F?
HIOKI offers ALDAS-F, a revolutionary measurement solution for evaluating fuel cells.
The ALDAS method enables impedance measurement of cells and stacks and logging of changes in impedance values during active conditions when a fuel cell operates at high currents.
What is the ALDAS method ?
The ALDAS method is a measurement method that applies HIOKI’s specialized impedance measurement technology used in AC-IR measurement of lithium-ion batteries and high-precision current measurement technology required in the evaluation of power electronics such as inverters.
The ALDAS system’s wide voltage and current measurement range and high noise immunity make it helpful in evaluating cells operating with wide current and voltage ranges. Hence, ALDAS is useful to assess cell characteristics, monitor the condition of fuel cells in operation, and diagnose cell degradation under actual load conditions for large-scale hydrogen production, FCVs, HDVs, and other fuel cells.
What ALDAS-F offers you…
1. Characterisation of materials for bigger-capacity Fuel cells
2. Comparison between platinum Loading and impedance, regarding MEA
3. Long-term membrane degradation evaluations during Fuel Cell is in operation
Case
Nyqist-plot(Cole-Cole plot)
Logging plot : Real.(Z) 1kHz
Click here for detailed EIS data
Block Diagram
Specifications
Specifications | Details |
---|---|
Maximum input Total voltage | Type1: 1000V Type2: 150V * |
Maximum input current | 20A or 200A or 2000A * |
Frequency | 10mHz to 10kHz ** |
Measurement Channels | 6ch or 12ch or 24ch * |
* configuration dependent ** frequency extension on request | |
Functions | |
Measurement during Operation | available |
Simultaneous multi-channel measurement | available |
Simultaneous stack and cell measurement | available |
White Paper
The white paper on impedance measurement in water electrolyzer is available
Contact us if you require this white paper
Distributor in Japan
(Rentals only in Japan)
* For customers outside Japan, please contact us via “Contact Us”.
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