The next evolutionary stage in energy supply for mobile robotics

At LogiMAT 2026, Wiferion will present a solution that marks a new phase in the energy supply of AMR and AGV fleets. Having established inductive charging as the industry standard in intralogistics, the company is now focusing on another previously untapped source of efficiency in charging infrastructure.

In recent years, wireless energy transfer for mobile robots has reached a mature level of performance and now forms the basis for highly available, process-integrated transport processes. However, as automated fleets grow, the systemic bottleneck is shifting. It is no longer the energy transfer itself that limits efficiency, but rather the type and structure of charging points provided across the area.

New requirements for a scalable energy architecture

Charging areas are becoming increasingly important functional points where different robots, processes and charging profiles converge. Accordingly, requirements for flexibility, standardization, and reliable energy provision at various points in the process are increasing.

Wiferion is responding to this development by presenting a new product family at LogiMAT that addresses these structural changes without altering the proven fundamentals of contactless energy supply. This approach is based on experience gained from installations in the automotive industry, high-performance semiconductor manufacturing and logistics environments worldwide, and takes the perspective on energy supply to a new systemic level.

In addition, Wiferion will offer a first glimpse of how its new product family will transform the next generation of energy supply at Booth 8B61 in Hall 8.

With its premiere at LogiMAT 2026, Wiferion continues to develop the energy supply of mobile robots as an integral part of modern automation architectures, thereby laying the foundation for the next stage of evolution in intralogistics.