GERMAN FUEL CELL COOPERATION

YOUR PARTNERS FOR MANUFACTURING EQUIPMENT

from metal strip to fuel cell or electrolyzer stack

How do you efficiently produce the fuel cell or electrolyzer of the future?

VON ARDENNE, Weil Technology and ZELTWANGER have asked themselves this question together. You can benefit from the expertise of all three companies at every step in the process chain and get your production ready for the fuel cell or electrolyzer of the future.

Your advantages at a glance

High process reliability with bundled know-how for every production step

Comprehensive traceability via the higher-level master controller

Fully automated and chained production lines with coordinated plant technology and interfaces

High-volume systems for series production from metal strip to BPP

Pre-validation on a prototype process comparable to series production

Flexible and scalable plant technology adapted to the requirement

Sampling, Prototyping, and Trial Series Manufacturing
Short time-to-market: Fast concept and quotation submission and efficient commissioning thanks to predefined hardware and software interfaces

The manufacturing process of fuel cells

Prozesskette_German-Fuel-Cell-Cooperation Mobil_Prozesskette_German-Fuel-Cell-Cooperation

Vacuum based coating of metal strip substrates (Pre-Coating) for bipolar plates

Electron Beam Evaporation or Magnetron Sputtering Processes

Process

  • Vacuum Coating of metal strip substrate
  • Process component options:
    • Plasma Pretreatment (surface activation / cleaning)
    • PVD-Coating by magnetron sputtering or electron beam evaporation
    • Heating / Cooling

Benefits from coating metal substrates

  • Mechanical and chemical stability
  • Low interfacial contact resistance
  • Low coating costs
  • Electrical and thermal conductivity
  • Corrosion resistance
  • Long lifetime

Learn more or contact us directly

Laser cutting

By using laser technology, you avoid the use of high-maintenance tools and react flexibly to contour changes.

System advantages

  • Cutting speed up to 50 m/min
  • Highest dynamics through linear direct drives
  • Contour accuracy up to +/- 0,02 mm
  • For standard plate format up to 500 x 165 mm, a doubled mold is possible
  • Highest cutting quality due to real-time controlled power regulation
  • Automated loading and unloading from KLT or belt system

Learn more or contact us directly

Optical inspection

  • Optical inspection of the coating for homogeneity/defects
  • Checking the orientation of the plate before loading

Learn more or contact us directly

Laser welding

System advantages

  • Patent-pending welding modules with large working area of 500 x 350 mm
  • Dual field scanner technology for an absolute welding speed of 1000 mm/s for maximum output
  • Reduced thermal distortion due to symmetrical heat input with Butterfly Weld
  • Double panel loading is possible for panel sizes up to 500 x 165 mm
  • Low space requirement

Learn more or contact us directly

Dichtheitsprüfung

Leak testing

  • Use of all common test methods possible (pressure drop, detection gas test with helium)
  • High flexibility due to easily exchangeable sealing devices as well as the use of the modular ZELWANGER measuring inserts ZEDcore
  • Scalable test systems incl. semi- to fully-automatic loading and unloading process
  • Achieving the shortest possible test times through the use of specially developed measuring circuits and test fixtures
  • Preliminary tests as well as measuring equipment capability tests in our own application laboratory or at the customer’s site

Vacuum based coating of metal bipolar plate substrates (Post-Coating)

Electron Beam Evaporation or Magnetron Sputtering Processes

Process

  • V- Vacuum Coating of metal bipolar plates
  • Process component options:
    • Plasma Pretreatment (surface activation / cleaning)
    • PVD-Coating by magnetron sputtering or electron beam evaporation
    • Heating / Cooling

Benefits from coating metal substrates

  • Mechanical and chemical stability
  • Low interfacial contact resistance
  • Low coating costs
  • Electrical and thermal conductivity
  • Corrosion resistance
  • Long lifetime

Learn more or contact us directly

Application and testing of the seal

Automated application of sealing compound

  • 1K or 2K sealants

Process monitoring

  • Volume flow monitoring
  • Visual inspection of the sealing bead „on the fly“

Hardening

Advantages

  • Automated process for high productivity
  • Highly accurate dosing of the sealing
    material possible
  • Optical inspection of the sealing lip after
    application optional

Get in contact now

Bipolarplatte

Bipolar plate

Compression, leak testing and clamping

Pressing of the stacked fuel cell stack

  • Force-displacement monitored pressing of the stack by means of servo presses​
  • Free parameterization of the force and/or displacement over time

Leak testing of the fuel cell stack

  • Fully automatic testing of external and internal leakages of the individual test chambers to each other (anode, cathode, cooling)
  • Allocation of the leakage channel possible using highly accurate flow measuring circuits

Clamping of the fuel cell stack

  • ​Manual or automatic clamping of the stack possible by means of metal straps or threaded rods

Get in contact now

Fuel cell stack

1. Vacuum based coating of metal strip substrates (Pre-Coating) for bipolar plates
2. Laser cutting
3. Optical inspection
4. Laser welding
5. Leak testing
6. Vacuum based coating of metal bipolar plate substrates (Post-Coating)
7. Application and testing of the seal
9. Compression, leak testing and clamping

Fully automated and chained production line

Weil Technology GmbH

Laser welding
LWC-RT4

ZELTWANGER Leaktesting & Automation GmbH

Leak testing
ZED BPP 4-2

Von Ardenne GmbH

PVD coating
XEA | nova L8

1. Weil Technology GmbH
3. Von Ardenne GmbH

GERMAN FUEL CELL COOPERATION

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GFC Production line

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Companies

VISIT US AT THESE TRADE FAIRS AND EVENTS:

Hydrogen + Fuel Cells EUROPE Hannover

Europe’s largest trade show for hydrogen, fuel cells, and stationary batteries

April 22 – 26, 2024 I Hannover, Germany
Exhibitor: GFC

FCVC Shanghai

International Hydrogen and Fuel Cell Vehicle Congress & Exhibition

June 04 – 06, 2024 | Shanghai, China
Exhibitor: VON ARDENNE

The Battery Show Europe

Exhibition and conference of the European battery industry

June 18 – 20, 2024 | Stuttgart, Germany
Exhibitor: Weil Technology, ZELTWANGER

The Battery Show North America

Exhibition and conference for the global battery industry

October 07 – 09, 2024 | Detroit, USA
Exhibitor: Weil Technology, ZELTWANGER

hy-fcell Stuttgart

International trade show for hydrogen and fuel cell technologies

October 08 – 09, 2024 I Stuttgart, Germany
Exhibitor: GFC

Euroblech

International Sheet Metal Working Technology Exhibition

October 22 – 25, 2024 | Hannover, Germany
Exhibitor: Weil Technology

FC³ Chemnitz

Conference on current fuel cell research in conjunction with efficient manufacturing processes

November 12 – 13, 2024 | Chemnitz, Germany
Exhibitor: VON ARDENNE

Contact

Susann_Puppe

Susann Puppe
Sales & Business Development Manager
Hydrogen & Fuel Cell

VON ARDENNE GmbH

Tel.: +49 351 2637 9748
Puppe.Susann@vonardenne.com

Thomas Frey

Thomas Frey
Manager of Development
Laser Cutting Technology and E-Mobility

Weil Technology GmbH

Tel.: +49 7631 1809 0
t.frey@weil-technology.com

Jochen Kober

Jochen Kober
Industry Manager E-Mobility

ZELTWANGER Gruppe

Tel.: +49 7072 92897 536
J.Kober@zeltwanger.de

Contact us now

Thank you for your interest in the German Fuel Cell Cooperation.