Hydrogen

Highlights

Control cabinet solutions in H₂ production

Customised: the control cabinets for electrolysers protect all pneumatic, electrical and electronic components. The control cabinets from Festo are often used as "command centres" consisting of a controller, valve terminals and compressed air preparation. They are thus the core of complete automation solutions and an essential component of electrolysers. However, advanced planning is needed to avoid expensive retrofitting – and this is precisely what the experts at Festo can help you with.

Highlights

Automation solutions for H₂ production

In this video, we present our comprehensive range of automation solutions that are specifically tailored to hydrogen production. Everything from a single source, from the controller level to the field level. Reduce the number of your suppliers and increase the efficiency of your processes. Festo supports customers with the automation of electrolysers by offering special controllers, valve terminals and field devices. The focus is on safety and optimum functionality.

Highlights

Centralised and decentralised automation concepts

Electrolysers are important components in hydrogen production. Choosing the right automation concept for electrolysers can have a significant impact on their performance and efficiency. In this article, we will discuss the advantages and disadvantages of centralised and decentralised automation concepts for electrolysers and highlight the differences between the two approaches.

Highlights

Functional safety for electrolysers

In a world that is increasingly focusing on sustainable and efficient energy sources, electrolysers play a crucial role. These systems, which split water into hydrogen and oxygen, are key components in numerous industries, from power generation to chemical processing. However, this essential technology also poses significant challenges, especially in the area of safety.

Highlights

Electrolyser – centralised solutions

In the chemical industry centralised automation concepts are state of the art. But does this also apply to hydrogen plants? Or is a new automation architecture needed because that's what is demanded by rapidly changing market requirements? We are convinced that there are good reasons for automating your hydrogen production. Find out here how to get off to a good start.