Fuel Cell & Electrolyzer

  • Fuel cell test fixture is suitable for use with 5 cm2 and 25 cm2 area cells
  • Configuration for liquid fuels is available. All wetted components of the liquid side are non-metallic and highly chemically resistant
  • Gold plated copper current collectors
  • Anodized aluminum end plates (2) with reactant input/output ports, stainless
    steel Swagelok® compression fittings, cartridge heaters and thermocouple well
  • Cell heaters, Gaskets, gasket templates and additional hardware such as bolts, washers, fittings and o-rings

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PEM

  • Single cell  – 50 cell stack
  • Active area – 100 cm2 / 286 cm2
  • Power – Up to 10kW

Alkaline

  • Single cell – 48 cell stack
  • Active – 100 cm2 / 700 cm2
  • Power – Up to 10 kW

AEM

  • Single cell – 24 cell stack
  • Active – 100 cm2
  • Power – Up to 1.5 kW

 

 

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  • Power consumption: 2.5 kWh – 1 MWh
  • Gas production per hour: 500L – 20000L
  • Oxygen gas: 250L – 10000L
  • Adjustable pressure: Maximum 5 barg
  • Purity of gas: Hydrogen gas 99.7% – 99.9%, Oxygen gas 98%

 

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  • Single Cell & Stack
  1.   Fuel cell
  2.   Redox Flow Cell
  3.   AEM / PEM /CO Electrolyzer
  • High pressure (up to 30 bar) NREL-certified Electrolyzer
  • Compressible type
  • Active area: 5 – 256 cm2
  • Flow Field
  1.   POCO Graphite, Platinised SS / Ni
  2.   SS / Anodised AL end plates
  3.   Cu current collectors

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  • Sheet assembly reduces offset accumulation error
  • Different production lines can correspond to different MEA designs
  • Assembled in sheets for efficient use of materials
  • Low scrap rate and low consumption 

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Standard MEA Size Preparation 25 / 50 / 100 cm2

Ultrasonic Spray Coating Machine

 

  • PEM, GDL, Electrode and Electrolyte coating
  • Coating area: 400mm x 400 mm
  • 3-Axis Precision coating
  • Vacuum / Heated Plate
  • Thickness of the film: 100 nm – 100 μm
  • Flow rate: 0.5 – 10 ml/min
  • Self-cleaning ultrasonic nozzle 
  • Optional: Inert chamber, Camera vision system, Ultrasonic dispersion liquid supply system
  • Applications: Fuel Cell, Electrolyzer, Spray Pyrolysis etc.

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Desktop CCM Spray Equipment

  • Vacuum table with heating functions
  • Low pressure, low air volume spray process
  • High material utilization

  • Air atomising spraying
  • Maximum dimension: 400 mm x 400 mm
  • Spraying rate: 1 ~200 mm/s
  • Repeat Accuracy: ±1 mm
  • Spraying path: S-shaped design

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  • Mold size: 30 cm x 30 cm
  • Temperature: 300 oC (Optional 500 oC)
  • Multi-range temperature controller
  • Pressure range: Up to 30 Ton
  • MEA – 5 / MEA – 7 Automatic assembly
  • Final inspection

Automatic / Manual Heated Press 

  • Four-column lifting pneumatic cylinder design
  • Heating temperature: 180  (Maximum)
  • Total cylinder output: 480 / 1400 kgf
  • Hot pressing time: 0 – 999 Seconds
  • Mold size: 180 mm x 180 mm

Desktop Hot Press

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  • Catalyst slurry preparation
  • CCM coating
  • Raw material preparation (GDL / Boarder)
  • GDL glue dispensing
  • MEA-5 / MEA-7 Automatic assembly
  • Final inspection

MEA-5 Semi-auto Assembly

  • CCM Boarder assembly process
  • Low/High temperature assembly with optical position function
  • Frame: 600 x 300 mm
  • CCM Area: 400 x 300 mm
  • Alignment accuracy: 
  • Roller heating: Maximum 80 oC

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MEA Leak Test

  • Barcode reading function
  • Leakage true value measurement
  • True value cannot be converted into flow value simultaneously 

 

  • Sample size: 450 x 300 mm
  • Mold size: 560 x 350 mm
  • Test pressure: 0.1 – 0.5 kg/cm2
  • Pressure test accuracy: ± 0.001 kgf/cm2
  • Pressure difference detection range: 0 – 35kPa
  • Pressure difference accuracy: ± 0.05kPa 

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850 Multi-Range Fuel Cell Test System

  • Multiple current range: 5A / 25A / 50A or 10A / 50A / 100A
  • Electronic load: 100W, 20V
  • Suitable for up to 50cm2 PEM cells
  • Automatic control of purge gas to the cell
  • Computer controlled cell operation & experimentation

840 Advanced Fuel Cell Test System

  • Ideal for large area single cell cells & short stacks
  • Electronic Load: 500W, 20V, Current Range: 12A / 62A /125A or 25A / 125A / 250A
  • Electronic Load: 1kW, 20V, Current Range: 50A / 250A / 500A
  • Impedance Spectroscopy & HFR option

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620 Alkaline, PEM & AEM Water Electrolysis Test System

  • 4 Current range potentiostat ± 0.07A, 0.7A, 7A, 20A, ±5V, 100W 
  • Programmable power supply for operation up to 100A, 5V, 500W
  • Impedance Measurement Types – Sweep EIS and Single-Freq HFR Real-Time Measurement

740 Membrane Test System

  • Measurement of the through-thickness membrane resistance and conductivity as a function of temperature, humidity level and pressure
  • Uses bare (non-catalyzed) membrane
  • Small sample size 6mm x 30 mm

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857 RFB / 670 Electrolysis Workstation

    • 0.07A, 0.7A, 7A, 20A current range
    • Electrolyte reservoirs, stirring, and temperature control
    • EIS range: 1mHz to 100kHz

845 / 855 SOFC / SOEC Test system

  • Suitable for Button cell, Planner cell & Short stack
  • Zero volt load
  • Furnace controller with redundant
  • Over temperature controller

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Fuel Cell Stack Test Station

  • Current range ≤ 2000A
  • Voltage range ≤ 800V
  • Power ≤ 300kW
  • Optional: CVM, EIS, Automatic
  • Back pressure control

SOFC / SOEC  Stack Test Station

  • Load Bank: FC Mode
  • Power Supply: EC Mode
  • Including EIS, CVM, Reformer and Furnace 

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Electrolyzer Test Station

  • Alkaline / PEM / AEM Water Electrolysis
  • Power Supply, Potentiostat and Impedance Analyzer
  • Power: Maximum 500 kW
  • Current: 10000A
  • Optional: Automatic Back Pressure Control, H2 in O2 and O2 in H2 Sensors

Mega EIS System

  • Input Voltage: Up to 1000V
  • Input Current: Up to 2000A
  • Frequency Range: 1mHz – 100 kHz
  • Number of channels: Up to 1024

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Cosumables: Fuel Cell / Electrolyzer / RFB

  • Membrane: Anion Exchange Membrane / Cation Exchange Membrane / Bipolar Membrane
  • Gas Diffusion Layer (GDL): Carbon paper / Cloth Metal Foam / Mesh

  • Catalyst: Pt – C / Pt – RuC / Pt – Lr / Pt – Pd / Pt – Ni
  • Gasket: Teflon / Silicon / Mylar
  • Gas Diffusion Electrode (GDE): PtC Coated GDL / Pt – Ru Coated GDL

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Back Pressure Units (Standard &  Automatic) work with 840850 and 890 Fuel Cell Test Systems for accurate, independent control and measurement of anode and cathode pressure through the FuelCell® software.

  • All stainless steel construction – regulators, condensate collection tanks, tubing and fittings
  • Dual channel with isolated flow paths
  • Independently control or balance anode & cathode pressure
  • Accurate pressure control (±3.5 kPa or 0.5 psi) & stability from 0.1 – 10 SLM

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  • Integrated potentiostat for 840 /850 / 855, Series Fuel Cell Test Systems / 890 Series Fuel Cell Test Loads
  • 3 current ranges for maximum flexibility and current accuracy 2 A, 200 mA, 20 mA (2A models) and 5 A, 500 mA, 50 mA (5A models)
  • ZView® included for EIS data analysis
  • Optional FRA for EIS measurements (1mHz to 40 kHz)

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  • It can integrate with the 600/840/850/855/857/885/890/910 test systems
  • The 881 FRA and FuelCell® software provides continuous, single-frequency High Frequency Resistance (HFR) and Electrochemical Impedance Spectroscopy (EIS) analysis of an operating fuel cell
  • HFR can be performed with the current interrupt (IR drop) measurement to determine the cell’s internal or ohmic resistance
  • It can be integrated with the Model 910 Multi-Channel Microelectrode Analyzer (MMA) for impedance spectroscopy of electrode and sensor arrays

  • It is a computer-controlled system featuring automated gas switching
  • Automatic selection of one of 3 gases each for the Anode & Cathode from FuelCell® software
  • Combine with 885 Potentiostat for fully-automated Crossover, ECSA & other diagnostics
  • Automatic Water Fill Method (requires water feed at 30 PSIG min. or 20 PSIG above back pressure)

 

 

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  • 892 Data Acquisition Expansion System
  • Increase the input capabilities of the 840, 850C/e and 890C/CL/e series of fuel cell test systems
  • 8 Voltage or Current inputs & 8 thermocouple inputs
  • Directly supported by FlowCell® software

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  • Plug-and-Play Accessory for 850/855/840 Fuel Cell Test Systems.
  • Mounting for up to 5 mass flow controllers (MFCs)
  • Integrated control of gas mixture type and composition in FuelCell® software
  • Connectors for up to 3 MFCs and External Alarm Input

 

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  • Heated cuffs are an important accessory for PEMFC testing
  • Eliminate cold spots that cause condensation
  • Designed for 850/840 Fuel Cell Test Systems & PEMFC hardware
  • Easy-to-install, low power and safe to use

 

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  • Ideal for gas mixing experiments including reformate simulation and contaminant / poison studies
  •  Ideal for independent control of additional gas dew point
  • Designed for flows up to 5 SLPM
  • Stainless steel humidifier with integrated heated & insulated flexible Swagelok gas transfer line

 

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