Solutions for power-to-X

Automate, electrify, and digitalize your systems for green hydrogen and power-to-X efficiently and safely with our comprehensive solutions. Find out more about this in our e-paper.
Electrolysis plant and wind turbine with two people

Applications


White paper
Comprehensive safety and security for power-to-X systems

Our white paper shows why safety and security together form the basis for the safe operation of power-to-X systems – and which standards and regulatory requirements need to be observed. The spotlight is on practical examples featuring electrolyzers, fuel cells, and hydrogen distribution.

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White paper – comprehensive safety and security for power-to-X systems

References


Two containers with Direct Air Capture systems

Automation of a Direct Air Capture system with DACMA GmbH

The modular Direct Air Capture system from DACMA reliably supplies CO₂ for the production of synthetic fuels in the H₂Mare project. Our automation solution combines secure remote access and functional safety to ensure stable system operation.

Power-to-X e-paper

Implement power-to-X efficiently and safely Discover solutions for a safe and efficient hydrogen economy in our e-paper.

  • Increase efficiency: with modular and scalable concepts for electrification, networking, and automation.

  • Ensure safety and security: with integrated safety, security, and remote concepts.

  • Make use of practical knowledge: with insights from real-world projects and applications.

Your personal contact person

Thomas Oesselke
Thomas Oesselke
Business Development Manager, Power-to-X
“I will be happy to support you on your journey toward a carbon-neutral future in all phases of the project – from planning through to implementation.”

Technologies and products


People in front of a control cabinet

Smart system operation

Whether for operating data, energy levels, or alerts, we offer comprehensive solutions for data acquisition, communication, and evaluation. This ensures data transparency and, at the same time, improves efficiency through intelligent use of this data, such as through predictive maintenance. Our smart solutions enable remote access and remote maintenance and provide stringent redundancy concepts. This minimizes the amount of control and monitoring work involved for our customers.

 Two people in front of a control cabinet on a hydrogen truck

Ensuring system conformity

Large parts of the hydrogen economy are subject to the KRITIS regulations for critical infrastructure. In addition, the increasing networking requires security, safety, and explosion protection to be examined side by side. We offer comprehensive solutions and services in order to minimize your safety and liability risks and to protect your system productivity.

Power-to-X is a key building block for achieving the energy transition. Operating systems safely and with high availability calls for modular and technology-neutral concepts for electrification, networking, and automation – we supply these concepts.

Thomas Oesselke - Phoenix Contact, Business Development Manager Power-to-X
Thomas Oesselke

Questions and answers about green hydrogen If you have any further questions about hydrogen, please use our contact form so that our experts can assist you quickly.

Power-to-X system
Power-to-X icon
Visualization of the power-to-X concept with electrolysis plants, hydrogen refueling stations, pipelines, and stationary fuel cells
Power-to-X system

Power-to-X is a key technology for the sustainable energy transition. Surplus electrical energy from renewable sources, such as wind or solar power, is converted into other usable forms of energy. This is where electrolysis is used, a process in which water is split into hydrogen and oxygen. The hydrogen produced can be used directly or further processed into other fuels such as methane or methanol. Renewable energy is not only storable, but can also be used across sectors in various areas of daily life, such as heavy goods vehicles or industry.

More about power-to-X
Power-to-X icon

The “X” in power-to-X stands for the different forms into which the electrical energy can be converted. This includes, for example, conversion into heat (power-to-heat), chemical raw materials (power-to-chemicals), or synthetic fuels (power-to-fuel). Sectors that are particularly difficult to electrify can thus be included in a sustainable energy transition.

Visualization of the power-to-X concept with electrolysis plants, hydrogen refueling stations, pipelines, and stationary fuel cells

It is hydrogen that is produced emission-free by electrolysis using electricity from renewable sources. In the power-to-X sector, green hydrogen is making a significant contribution to the decarbonization of sectors that were previously more dependent on fossil fuels.

More about green hydrogen