Wireless Charging Solutions for AGVs and AMRs
The Wiferion portfolio includes inductive charging solutions for AGVs, AMRs and mobile robots in industrial automation environments.
etaLINK 3000
Compact 3 kW Wireless Charging for Industrial AGVs and AMRs
CW1000
Ultra-compact 1 kW inductive charging solution for small AGVs and AMRs.
Batteries
Compatible with lead-acid, AGM, GEL, NiCd, Li-ion and LiFePO4 batteries.
Why Do Engineers Choose Wiferion?
Maximale Uptime
Opportunity charging increases the availability of AGVs and AMRs.
Maintenance-Free Design
No mechanical connectors and no points of wear.
Proven Industrial Technology
Proven technology for intralogistics and 24/7 production environments.
Engineering Support with Local Expertise
Technical Support from Concept to Integration
As an official Wiferion partner within the PULS Group, we support engineers in integrating wireless charging into AGV and AMR systems.
- Sizing of charging systems
- Integration into AGV and AMR designs
- EMC and safety advice
- Support for international projects
Wireless Charging within Your DC Architecture
Wireless charging is an integral part of modern DC power architectures in smart factories.
Combined with industrial power supplies and energy management, it creates a robust, low-maintenance power infrastructure.
Technical Integration:
- Integration with 24–48 V DC networks
- Compatible with PULS DIN rail power supplies
- Intelligent energy management
- Scalable for large robot fleets
etaLINK 3000
Compact 3 kW Wireless Charging for Industrial AGVs and AMRs
The etaLINK 3000 is designed for industrial AGVs and AMRs where reliability and uptime are essential.
Combined with Wiferion battery solutions, the system can be integrated into AGV and AMR applications as a complete plug-and-play solution.
- Up to 3 kW continuous charging power
- Efficiency up to 93%
- Automatic start and stop function
- High positioning tolerance
- Completely maintenance-free design
CW1000
Ultra-Compact 1 kW Inductive Charging Solution for Small AMRs
The CW1000 is designed for small AGVs and AMRs where installation space is limited and flexibility is important. Its compact design and plug-and-play integration make it ideal for growing robot fleets.
- Up to 1.25 kW continuous charging power
- Efficiency up to 93%
- Positioning tolerance of ±30 mm
- Mobile electronics integrated into the charging pad
- Maintenance-free power transfer
Industrial Batteries for AGVs and AMRs
Batterijoplossingen voor mobiele robots
For applications where maximum uptime and fast charging cycles are essential, Wiferion offers advanced lithium-ion battery solutions for AGVs, AMRs and mobile robots. These batteries are designed for industrial applications and optimised for use with Wiferion wireless charging systems.
Key Features
- Lithium-ion technology, including LiFePO4 and LTO
- Long service life and a high number of charging cycles
- Fast charging with high C-rates
- Integrated battery management system (BMS)
- CAN bus communication for easy integration
Eliminating mechanical charging contacts creates a low-maintenance, future-ready power architecture.
Wireless Charging Applications by Industry
Every industrial environment has different requirements for power transfer, positioning and availability. Our systems are designed for a wide range of industrial automation and logistics applications.
Warehousing & Intralogistics
Efficient, maintenance-free power for AGVs and AMRs in warehouses and distribution centres. Opportunity charging prevents unproductive downtime and increases robot availability.
Fulfilment & E-Commerce
High throughput and continuous availability require reliable power solutions. Wireless charging supports flexible layouts and the rapid scaling of robot fleets.
Production Logistics
Seamless power transfer within automated production lines. Ideal for environments where precision, synchronisation and 24/7 operation are critical.
Cleanroom Applications
Inductive charging solutions without mechanical wear or contamination. Suitable for cleanroom environments with the highest requirements for reliability and process control.
