Small Equipment

HB-0.6Nm3/h PEM Water Electrolysis Hydrogen Production System

Model VDHG-5N06-P3. Product information and technical parameters are matched to the current product information sheet.

View Specifications
0.9Nm3/hGas Production Rate
0.6Nm3/hHydrogen Production Rate
5-65 COperating Temperature
99.999%Hydrogen Purity
VDHG-5N06-P3 PEM water electrolysis hydrogen production system

OVERVIEW

Product Information Matched to Your Model.

Glass manufacturing, metal smelting, cogeneration (CHP), semiconductor industry, integrated multi-energy independent microgrids

  • Model-specific listingVDHG-5N06-P3 is shown with its assigned source image and parameters.
  • Technical dataAll published values below come from the current product information sheet.
VDHG-5N06-P3 product overview

SPECIFICATIONS

Technical Parameters

Gas Production Rate0.9Nm3/h
Hydrogen Production Rate0.6Nm3/h
Operating Temperature5-65 C
Hydrogen Purity99.999%
Dew Point-70 C
Maximum Withstanding Pressure3.0MPa-35MPa optional
Power Supply Voltage110V-380V optional
DC Power Consumption4.4kW*h/Nm3 H2
Wide Power Range20-120%
Feed Water QualityASTM D1193 Type I Deionized Water (>10 Mohm*cm)
Dimensions1100*800*1600mm
Weight270kg

Parameters are transcribed from the English product information sheet for VDHG-5N06-P3.

PRODUCT SUPPORT

Information Available for This Model.

Model Matched

Product media is assigned to VDHG-5N06-P3.

Parameter Data

Technical values are listed from the source sheet.

Application Data

Listed applications are included below.

Source Reviewed

Published details are kept within the supplied materials.

Inquiry Ready

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Catalogue Access

Product catalogue resources are available on request.

APPLICATIONS

Listed Applications

Application 1

Glass manufacturing

Application 2

metal smelting

Application 3

cogeneration (CHP)

Application 4

semiconductor industry

Application 5

integrated multi-energy independent microgrids

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Product Resources

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FAQ

Product Information

Which model is this page for?

This page is for model VDHG-5N06-P3.

Where do the parameters come from?

They are transcribed from the supplied English product information sheet.

How can I discuss a project?

Use the project review button to send an inquiry for this model.

Where can I find the catalogue?

Use the Downloads section or the resources page.

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