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HYPROVIDE®
X-SERIES

A modular electrolysis solution designed for scale.

  • Hydrogen production: 1200 Nm³/hour (107 kg/hour)
  • Hydrogen gas purity: 99.998%
  • Cell stack efficiency: 51.9 kWh/kg Hydrogen
  • Outlet pressure: +35 bar(g)
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2_Main_Element+PowerModule_RevC_3K (1)
Hydrogen vent
Interface for instrument air, ventilation inlet, water, cooling, nitrogen inlet, and hydrogen outlet
Control panel interface
Oxygen vent
6 x 1 MW cellstacks
Power supply module

The HyProvide® X-1200 consists of two core modules; a process module and a power supply module, as well as an optional skid module holding components for gas processing. Inside the processing module, the high-pressure alkaline X1200 electrolyser sits with 6 x 1 MW cell stacks.
With its compact and modular design and one-end interfaces, the solution is ideal for many large-scale applications - whether used as a stand-alone, turn-key solution or in a cluster configuration. 

The entire unit, including all modules, undergoes thorough acceptance tests at the factory and on the destination site.  

Follow the journey

Watch the mini-series following the HyProvide® X1200 6MW prototype from first planning to final tests and learnings towards the commercial product. 

Click and follow the X1200 journey

Technical Overview
HyProvide® X-1200

Process unit at 100% production*
Nominal hydrogen production [Nm3/hour | kg/hour]
1200 | 107
Number of cell stacks per process module
6
System efficiency (incl. cell stack & power supply) [kWh/kg H2]
54.7
Hydrogen outlet pressure [barg]
35
Hydrogen production gas purity with deoxo and dryer [vol%]
>99.998
Hydrogen production gas purity without deoxo and dryer [vol%]
99.6
Water content in hydrogen - without dryer installed [ppm]
<500
Oxygen production gas purity [vol%]
>98.6
Demineralised water consumption [I/kg hydrogen]
9.5
Maximum liquid cooling requirements [kWth]
1,800
Electrical Power Connection [kV]
10.5
Maximum stack power supply voltage - two cell stacks-expected [VDC]
900
Communication interface
Ethernet/Modbus/OPC-UA
Control software
HyProManager™
Ambient temperature [°C]
-20 to 40
Dimensions W x D x H [mm]
14,200 x 3,400 x 3,400
Dry weight of process module [t]
<75
Process unit at 100% production*
Nominal hydrogen production [Nm3/hour | kg/hour]
1200 | 107
Number of cell stacks per process module
6
System efficiency (incl. cell stack & power supply) [kWh/kg H2]
54.7
Hydrogen outlet pressure [barg]
35
Hydrogen production gas purity with deoxo and dryer [vol%]
>99.998
Hydrogen production gas purity without deoxo and dryer [vol%]
99.6
Water content in hydrogen - without dryer installed [ppm]
<500
Oxygen production gas purity [vol%]
>98.6
Demineralised water consumption [I/kg hydrogen]
9.5
Maximum liquid cooling requirements [kWth]
1,800
Electrical Power Connection [kV]
10.5
Maximum stack power supply voltage - two cell stacks-expected [VDC]
900
Communication interface
Ethernet/Modbus/OPC-UA
Control software
HyProManager™
Ambient temperature [°C]
-20 to 40
Dimensions W x D x H [mm]
14,200 x 3,400 x 3,400
Dry weight of process module [t]
<75
Cell stack at 100% production*
Power consumption [kWh/kg hydrogen]
51.9
Efficiency - Higher Heat Value (HHV) [%]
75.9
Current [A DC]
2400
Power consumption [kWh/kg hydrogen]
51.9
Efficiency - Higher Heat Value (HHV) [%]
75.9
Current [A DC]
2400
Render of HyProvide® X-1200 6 MW electrolyser solution

*The values in this table represent the expected performance

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Projects 
to this date

Eurowind Energy-1

Greenlab P2X 12MW & GreenHyScale 100 MW

Large-scale EU co-funded P2X project consisting of a 100 MW electrolysis plant aiming to demonstrate production using 17 of our HyProvide® X1200 starting with a 12 MW P2X plant. 

Read more
Europe-1

Projects 
to this date

Eurowind Energy-1

Greenlab P2X 12MW & GreenHyScale 100 MW

Large-scale EU co-funded P2X project consisting of a 100 MW electrolysis plant aiming to demonstrate production using 17 of our HyProvide® X1200 starting with a 12 MW P2X plant. 

Read more

#8 reasons to choose
our electrolysers

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Mature Technology

Our products are built on commercially proven pressurised alkaline technology.

Frame 3

High Efficiency

One of the most efficient solutions on the market with competitive energy to hydrogen conversion.

Frame 1

Modularity

Modular solutions that are suited for rapid scale-up, clustered solutions and serial production.

Dynamic Operations 3

Dynamic Operations

The electrolysers are designed for renewable energy and operate dynamically at variable load rates.

Durability 3

Durability

High durability (10+ year stack durability) 
and system uptime.

High Output Pressure 2

High Output Pressure

The +30 bar hydrogen output pressure allows for a small product footprint and lower compression costs.

Compact Design - 115x115

Compact Design

Small footprint due to compact modular design increasing number of applications.

Versitality 2

Versatility

Its versatile design allows for application across many different market segments for green hydrogen production.

17934 - 29-1

Service adjusted 
to your needs

Long-term performance guarantees

Delivering business case certainty and lifetime asset optimisation.

Remote monitoring and support

Remote troubleshooting and operational excellence based on data from online monitoring, field force experience, and R&D learnings.

Spare parts offerings

Leveraging digital tools to offer superior convenience and delivery speed in the supply of spare parts

Customer care function

Providing superior customer journey (performance reporting, issue and request handling, invoicing)

Asset analytics capabilities

Building data infrastructure and analytics (actuarial) as an enabler for performance guarantees