Electrolyser Test Equipment - ALDAS-α

HIOKI E.E. CORPORATION

High-speed EIS measurement
Easy connection to existing EC/FC evaluation equipment, reducing wiring complexity and preparation time
Source Module applies up to 20.00 A DC — no additional booster power supply required for high current-density evaluations
Non-contact current sensor method eliminates temperature drift associated with shunt resistors, enabling high-accuracy measurements at low frequencies below 1 Hz
Supports Nyquist plot, Bode plot, and logging plot display modes

The HIOKI ALDAS-α (Active Line Device Analysis System) is a high-speed, high-precision Electrochemical Impedance Spectroscopy (EIS) measurement system designed for R&D evaluation of electrolysis cells, fuel cells, and cell stacks. The system measures impedance (R, X, θ, Z), voltage, and current across a frequency range of 10 mHz to 100 kHz, achieving a minimum measurement time of 7.6 minutes under specified fast-mode conditions (10 kHz to 0.01 Hz, 30 points). The Source Module applies up to 20.00 A DC output current, enabling high current-density evaluations without an additional booster power supply. A non-contact current sensor method is used in place of shunt resistors, eliminating temperature drift and ensuring stable, high-accuracy measurements down to low frequencies below 1 Hz. The system supports 1 to 8 input channels depending on configuration and can be connected to existing EC/FC evaluation equipment.

Use Cases

Electrolysis cell evaluation
Fuel cell evaluation
Cell stack impedance evaluation
Accelerating R&D of electrolysis cells and fuel cells

Capabilities

Performs EIS measurements over a frequency range of 10 mHz to 100 kHz
Measures impedance parameters (R, X, θ, Z), voltage, and current simultaneously
Supports 1 to 8 input channels depending on Sense Module configuration
Operates in constant-current (CC) load mode
Source Module delivers output current from ±10 mA to 20.00 A (resolution: 0.01 A), enabling high current-density cell evaluations with a single unit
Measurement current range of 400 µA to 50 A achievable depending on the current sensor used
Compatible with electrolysis cells, fuel cells, and multi-cell stacks
Non-contact current sensor method provides stable, high-accuracy measurements at low frequencies below 1 Hz

HIOKI E.E. CORPORATION Hioki Corporation supplies advanced electrical measurement solutions tailored for hydrogen energy R&D, including fuel cells and water electrolysis systems. Their precision testing instruments are engineered to evaluate and optimize hydrogen production efficiency, ensuring safety and performance in the emerging green energy supply chain.

First name

Last name

Company

Country

Quantity

Business e-mail

Message to vendor

I consent to the privacy policy and terms of use.*

This site is protected by reCAPTCHA and the Google privacy policy and terms of service apply.

Latest products

AEM Electrolysers AEM Electrolyzer System for Hydrogen Production - WS-2000L By Shenzhen Wenshi Hydrogen Energy Ltd.

Catalysts Platinum-Based Fuel Cell Catalysts By Shanghai Tangfeng Energy Technology Co., Ltd.

Catalysts Iridium-Based Water Electrolysis Catalysts By Shanghai Tangfeng Energy Technology Co., Ltd.

Membrane Electrode Assembly Air-cooled PEM Fuel Cell Membrane Electrode Assemblies By Shanghai Tangfeng Energy Technology Co., Ltd.

Membrane Electrode Assembly PEM Water Electrolysis Membrane Electrode Assemblies By Shanghai Tangfeng Energy Technology Co., Ltd.

Membrane Electrode Assembly Liquid-cooled PEM Fuel Cell Membrane Electrode Assemblies By Shanghai Tangfeng Energy Technology Co., Ltd.

Cell Voltage Monitors Wireless cell voltage monitoring – DILICO cell voltage pickup By DILICO engineering GmbH

Fuel Cell Air Compressors Turbo Compressor CTi-110x with integrated electronics By Celeroton TurboCell AG

Pressure Gauges JUMO safetyM TA - Multifunctional safety limit switch with fault tolerance By JUMO GmbH & Co. KG

Hydrogen Treatment Systems H₂ Conditioning & Dosing for Jet Engines By BRIGHT Group

Engineering Services 3D-Printed Graphite and SiC Reactors for CO₂-Free Hydrogen Production By BRIGHT Group

Hydrogen Treatment Systems H₂ Conditioning for Internal Combustion Engines By BRIGHT Group