Liebherr showcases battery technology & edge AI solutions at electronica 2026

At the electronica trade fair taking place from 10 to 13 November 2026 at Messe München in Munich, Germany, Liebherr-Electronics and Drives GmbH will present its modular electronics development plans, focusing on high-density battery technology and edge-computing architectures. The systems address operational power delivery and telematics requirements across industrial automation and commercial mobile machinery sectors.

Core Technology and System Architecture
The core energy storage display features a compact battery module engineered to achieve a gravimetric power density of 30,000 W/kg. Packaged within external dimensions of 160 by 45 by 70 mm, equivalent to a 0.5-liter volume, the hardware utilizes proprietary cell-linking busbar interfaces. This interconnection architecture minimizes internal impedance across terminal junctions, increasing maximum continuous current extraction per individual battery cell from 280 amperes to 868 amperes.

For digital infrastructure, the system architecture incorporates the LiRISE end-to-end IoT platform. The platform couples hardened physical edge computing gateways with embedded cloud connectivity, multi-operating-system runtimes, cryptographic security modules, and automated firmware lifecycle management tools.




Deployment or Implementation
System demonstrations will take place across two dedicated locations at the exhibition center: main power assemblies and electronics manufacturing services in Hall A1, Booth 200, alongside real-time gateway operation within the Edge Lab Live program in Hall C5, Stand 100/29. Liebherr implements these solutions as either modular subsystems or fully customized architectures. The engineering process integrates hardware design, software stack compilation, environmental qualification, and series surface-mount assembly to ensure full integration into harsh industrial operating environments.




Industry Applications
Target deployment areas include mobile construction machines, material handling vehicles, and distributed industrial automation cells. In high-torque mobile drive applications, the high-power battery module provides buffer power during transient peak loads without occupying chassis volume required for primary drivetrains. In automated production facilities, the LiRISE edge gateway facilitates edge-to-cloud data ingestion, sensor synchronization, and condition monitoring across mixed-vendor machinery.

Operational Impact and Performance Metrics
The primary mechanical advantage lies in volumetric efficiency, delivering high electrical current capacity within confined engine and control cabinet spaces. Tripling the draw capability to 868 amperes per cell avoids over-sizing battery packs, reducing overall system weight and mechanical complexity. On the software layer, unified multi-OS edge gateways minimize operational downtime by supporting remote system diagnostics and deterministic data distribution over field networks.

Regarding manufacturing execution, Toni Truckenbrodt, head of Electronics Manufacturing Services at Liebherr-Electronics and Drives GmbH, stated that the technical scope provides "development and manufacturing capabilities, as well as high-quality standards" to realize electronics projects "efficiently, reliably and from a single source."

Edited by Natania Lyngdoh, Induportals editor, with AI assistance.

www.liebherr.com