Phoenix Contact Highlights Integrated Energy Infrastructure

Utilities, industrial operators, and infrastructure providers are increasingly integrating energy storage, DC power distribution, and electric mobility into unified energy management strategies. In this context, Phoenix Contact will present technologies for cross-sector energy systems at The smarter E Europe 2026, taking place in Munich from 23–25 June.

DC grids for reduced conversion losses
A major focus of the exhibition will be direct current grid technology, which is increasingly used to improve energy efficiency in industrial and renewable energy applications. DC grids reduce conversion losses by enabling renewable energy sources, storage systems, and electrical loads to operate within a more directly connected energy architecture.

Phoenix Contact plans to demonstrate products designed for arc-free switching and isolation in DC grids, including switching operations performed under load conditions. Such technologies are relevant in industrial energy infrastructure where safe DC switching is required for stable operation and maintenance procedures.

DC-based energy architectures are gaining importance in integrated energy systems because they can support more efficient coupling between renewable generation, storage, and consumption devices.

Energy storage systems for grid stability
Battery Energy Storage Systems (BESS) will also form part of the company’s exhibition portfolio. In renewable energy environments, BESS installations are commonly used to compensate for fluctuations in solar and wind generation, stabilize electrical grids, and improve energy availability during peak demand periods.

Phoenix Contact’s portfolio for BESS applications includes connection technology and power electronics intended to support reliable system operation within larger energy infrastructure networks.

The exhibition will additionally cover technologies related to Section 14a of the German Energy Industry Act (EnWG), which addresses grid-oriented control of electricity consumption devices as part of broader smart grid integration efforts.

Charging infrastructure integrated into the energy system
Electromobility technologies presented at the exhibition will include charging infrastructure components, energy management systems, and charging connectors designed for megawatt charging applications.

At Booth 110 in Hall B5, Phoenix Contact also plans to present a CCS charging inlet with integrated control technology. Integrating control functions directly into charging hardware can simplify communication and energy management processes within EV charging infrastructure.

The company’s exhibition strategy reflects the broader shift toward sector-coupled energy systems, where power generation, storage, industrial energy use, and transportation infrastructure are increasingly managed as interconnected parts of a single energy ecosystem.

Edited by Aishwarya Mambet, Induportals Editor, with AI assistance.

www.phoenixcontact.com