Solutions for power-to-X
Discover our comprehensive solutions for the automation, electrification, and digitalization of systems and processes of power-to-X systems.
The power-to-X industry needs pipelines for transporting various gases, as well as pipeline systems for supplying buildings.
We offer an effective monitoring system for detecting leaks. In addition, you can calculate the exact location of the leak. Our solution can be used for hydrogen pipelines and for other gaseous and liquid renewable energy sources.
In order to enable environmentally friendly mobility, the expansion of a nationwide hydrogen service station network is being driven forward. Strict safety precautions and approvals for explosion protection and functional safety must be ensured.
To ensure that the hydrogen service stations work reliably and efficiently, we provide you with safe and open control and monitoring solutions. In addition, we enable you to remotely connect all submodules of your service station.
CCUS plays an important role in meeting global climate targets. We enable you to completely control and monitor systems for Direct Air Capture (DAC). Together with our customers, we develop ready-to-use control cabinets for system automation. In addition, we offer services relating to risk analysis and programming.
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.
Our focus topics for power-to-X
Smart system operation: Whether for operating data, energy levels, or alarm messages, we offer consistent solution approaches 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 work our customers have with control and monitoring.
Guarantee of system conformity: The entire hydrogen economy is 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.
Feel free to contact us. Together, we will find an optimum solution for equipping your control cabinets with our more than 100,000 products from connection, communication, and automation technology.
With us, you have a contact person for technical support. The consultation includes, for example, hardware, configurations, software solutions, and troubleshooting for on-site installations, etc. If required, we can offer you ready-to-use control cabinets. The control cabinets are designed and developed in accordance with the required standards and directives – from CE marking and electromagnetic compatibility (EMC) to explosion and access protection. In addition to building and testing the control cabinets, we also create the design in close cooperation with our customers.
From planning to implementing complex systems and networks, we are on hand to assist you in all project phases. Get in touch with our experts.
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With the key technology power-to-X, renewable energies such as wind or solar power can be supplied in large quantities in a way that makes them distributable, storable, and available on demand.
Energy as needed with power-to-X
A component of the All Electric Society principle is electrical energy generated from renewable sources, such as from solar energy. Process engineering processes convert this energy into storable energy. Technologies known as power-to-X technologies are used for this purpose.
In solar systems, wind turbines, and hydroelectric power stations, a surplus of electricity amasses when there is a lot of sunshine, a lot of wind, or an excess supply of water respectively. This surplus is used to produce fuels (power-to-fuel), hydrogen and methane (power-to-gas), ammonia and methanol (power-to-liquid), and other chemicals. Within the All Electric Society framework, some of the substances produced in this way are in turn used to generate electrical energy. They thus take on the role of an energy store that buffers the fluctuation of the above-mentioned renewable energies and ensures a continuous supply of energy. Such technologies for power-to-X support sector coupling, whereby the electricity, heat, gas, and mobility sectors are interconnected.
