From Production and Storage
to the Use of Renewable Energies
Production – Renewable Energies
1. Renewable Energy Production
Hydrogen production forms the basis for the use of renewable energies – regardless of whether they are used directly or transformed. But how does this work?
Production – Electrolysis
2. Production – Electrolysis
Electrolysis is a proven method for splitting water into hydrogen and oxygen using electricity. The resulting green hydrogen can cover areas supplied by fossil fuels in the future.
Transformation
3. Transformation
In the power-to-X transformation process, e.g., in ammonia and methanol production or fuel transformation, hydrogen is the decisive raw material.
Transport
4. Transport
In Germany, the existing natural gas network can be used to transport hydrogen – without major modifications.
End-Use – Steel Industry
5. End-Use in the Steel Industry
To reduce the degree of emissions during steel production, the compounds of hydrogen and carbon monoxide relevant for the reduction process can be provided via high-temperature electrolysis.
Final Use – Chemical Industry/Refineries
6. Final Use in the Chemical Industry/Refineries
The chemical industry and refinery technology depend on large amounts of hydrogen for final use. Power-to-X (PTX) methods are used to meet these requirements.
End-Use – Mobility Sector
7. End-Use in the Mobility Sector
Hydrogen is the basis for synthetic kerosene in aviation, ammonia or methanol for marine propulsion, fuel cells for heavy-duty and rail transport and battery-electric vehicles used in private transport.
Our Products and Solutions for Green Hydrogen
Data Acquisition/Analysis
Data Acquisition/Analysis
Network Components
Network Components
Remote I/O
Remote I/O
Renewable Energy Generation
Renewable Energy Generation
Components and Solutions for Control Cabinets
Components and Solutions for Control Cabinets
Modular Automation
Modular Automation
Connection Technology in Ex Areas