Wiferion
Wiferion developed wireless charging systems for industrial electric vehicles and mobile robots. Now part of PULS, its etaLINK technology supports automated charging for AGVs, AMRs, forklifts and other battery-powered equipment used in factories and warehouses.
Market context
Wiferion is relevant because charging infrastructure is a practical bottleneck for mobile robot fleets. Its technology targets automatic, contactless energy transfer for AMRs and AGVs.
Facts
- Website: https://www.wiferion.com
- HQ: Freiburg im Breisgau, Germany
- Founded: 2016
- Segment: Power Systems
Wireless charging infrastructure for AMR and AGV fleets
Wiferion developed wireless charging systems for mobile robots, AGVs and industrial electric vehicles.
- Target environment: Warehouses, factories, logistics centers, AMR fleets, AGV systems.
- Deployment model: Charging infrastructure supply model for mobile robot and industrial vehicle fleets.
- Customer context: AMR and AGV builders, warehouse automation integrators, logistics operators.
- Workflow context: Contactless charging, opportunity charging, autonomous fleet energy management.
- Commercial maturity: Acquired wireless charging specialist now operating as PULS Wireless.
- Market position: Wiferion sits in the mobile robot energy infrastructure layer.
- Adoption constraints: Adoption depends on charging efficiency, installation cost, fleet integration.
- Adjacent context: Adjacent context includes warehouse automation and mobile robotics.
- Source confidence: high
Wireless charging supplier for mobile robot fleets
Wiferion develops wireless charging systems for AGVs, AMRs, forklifts and industrial electric vehicle fleets.
- Target environment: Warehouses, factories, logistics centres, AGV routes, AMR charging zones and automated industrial facilities.
- Deployment model: Wireless charging hardware and energy systems supplied to mobile robot fleets and industrial vehicle operators.
- Customer context: AMR builders, AGV users, warehouse operators, industrial fleet managers and automation integrators.
- Workflow context: Opportunity charging, autonomous fleet power, battery uptime, wireless docking, charge scheduling and industrial vehicle electrification.
- Commercial maturity: Commercial wireless charging supplier with products used in industrial fleet and mobile robot charging applications.
- Market position: Robot power infrastructure company focused on wireless charging for autonomous mobile fleets.
- Adoption constraints: Adoption depends on charger compatibility, fleet layout, charging speed, installation cost, safety, uptime benefits and robot OEM integration.
- Adjacent context: Adjacent context includes AMR charging, AGV power systems, wireless charging, warehouse fleet infrastructure and industrial electrification.
- Source confidence: medium
Context tags
- Wireless Robot Charging - Peer Group
- AMR Charging Infrastructure - Stack Layer
- AGV Charging Systems - Stack Layer
- Contactless Power Transfer - Capability
- Fleet Uptime Infrastructure - Workflow
Customers and deployments
- Deployment Event - 1 source-backed deployment event - 2026-01-22 - Patika Robotics uses Wiferion inductive charging for agile intralogistics - source posture: Company Disclosed
- Customer Site - wireless charging for AMRs at Ford - 2025-11-13 - Bluepath Robotics / Ford - Wiferion listed a Bluepath Robotics project using its wireless charging for autonomous mobile robots at Ford. - source posture…
- Deployment Event - 1 source-backed deployment event - 2025-09-01 - Wiferion wireless charging supports Dexory autonomous inventory robots - source posture: Company Disclosed
Wiferion canonical Korthos profile