MODEX 2026: AI, components, warehouse automation software & more

The WiBotic 1 kW system is built around the TR-1000 transmitter and OC-1000 onboard smart charger, providing up to 1000 watts of wireless power transfer. The transmitter supports 100 to 230V AC input at up to 20A and converts facility power into a high frequency wireless signal, while the OC-1000 delivers up to 36A of charging current across a 12.0 to 58.4V DC battery range. Designed for flexibility, the 1 kW platform supports a wide range of battery chemistries including LiIon, LiFePO4, LiPo, Lead Acid, SLA, NiMH and NiCad. Charge rate and battery voltage parameters are configurable in software, allowing mixed fleets with different battery types to share common charging infrastructure. Ethernet connectivity at the transmitter and UAVCAN API over CANBus on the vehicle enable integration with robot scheduling and fleet management systems, helping operators optimize charge cycles, extend battery life and reduce manual oversight. WiBotic, wibotic.com, Booth C15598

Waterproof, IP-rated wireless charging

The WiBotic 1 kW system is built around the TR-1000 transmitter and OC-1000 onboard smart charger, providing up to 1000 watts of wireless power transfer. The transmitter supports 100 to 230V AC input at up to 20A and converts facility power into a high frequency wireless signal, while the OC-1000 delivers up to 36A of charging current across a 12.0 to 58.4V DC battery range. Designed for flexibility, the 1 kW platform supports a wide range of battery chemistries including LiIon, LiFePO4, LiPo, Lead Acid, SLA, NiMH and NiCad. Charge rate and battery voltage parameters are configurable in software, allowing mixed fleets with different battery types to share common charging infrastructure. Ethernet connectivity at the transmitter and UAVCAN API over CANBus on the vehicle enable integration with robot scheduling and fleet management systems, helping operators optimize charge cycles, extend battery life and reduce manual oversight. WiBotic, wibotic.com, Booth C15598

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