By combining power, data, fibre and compressed air in a modular connector interface, Harting is enabling the flexible, future-ready infrastructure essential for clean energy.

The move toward clean, sustainable energy isn’t just a trend, it’s reshaping how networks are built and connected. From hydrogen and nuclear to wind and solar, providers need infrastructure that can flexibly adapt as new sources and consumption models emerge.

Solutions such as those from Harting, which offers a family of modular, customisable industrial connectivity, assist in enabling this advancement. Modular connectors allow power, signal, data, compressed air and fibre optics to be combined within a single connector housing.

Advantages include the following.

Flexibility: Users can design connectors tailored to their exact application by mixing and matching modules.

Space and weight savings: Instead of using separate connectors for power, data and signals, everything fits into one modular interface.

Scalability: Easy to expand or reconfigure as system requirements change (ideal for future-proofing).

Durability: Designed for harsh industrial environments with high mechanical strength, temperature resistance and protection against ingress (up to IP69K).

Time savings: Faster installation and maintenance since multiple connections are handled in one mated connector.

As the energy sector accelerates its transition, modular connectivity is becoming a critical enabler. By simplifying integration and supporting hybrid energy infrastructures, these solutions reduce complexity while increasing system reliability.

This makes them especially valuable for projects where uptime and efficiency are paramount, such as offshore wind farms, hydrogen refuelling stations or smart grid installations. Ultimately, modular connectors not only support today’s energy needs but also lay the groundwork for innovations that will shape the sustainable networks of tomorrow.

www.northern-connectors.co.uk