Wireless PnC combines advanced wireless power transfer, intelligent software, and scalable hardware to deliver safe, efficient, and fully automated charging for next-generation mobility.
Wireless PnC uses advanced inductive wireless power transfer technology to charge vehicles seamlessly without plugs, cables, or manual intervention. When a vehicle parks near the charging transmitter, the system automatically detects and authenticates the vehicle, establishes communication between the charger and receiver, and initiates wireless power transfer to begin charging the battery.
A durable wireless charging transmitter that transmits power through air without physical contact. Embedded battery identification and communication enables charging different battery chemistries, voltage and current. Designed for indoor and outdoor deployment, the transmitter is fully sealed and built to operate reliably in rain, snow, dust, and harsh environments with a minimal footprint.
A compact receiver installed on the vehicle that receives wireless power and converts it into usable energy for battery charging. Its adaptable design can fit a wide variety of vehicles from e-scooters and e-bikes to golf carts, robots, drones, and defence vehicles.
Intelligent software acts as the communication bridge between the transmitter and receiver, managing vehicle detection, alignment, power transfer, and safety controls in real time. It also provides live charging status, power consumption insights, battery monitoring, and real-time charging updates for seamless user and fleet management.
Engineered for high efficiency, reliability, and real-world deployment across diverse mobility applications and environments.
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Built on a universal charging architecture, Wireless PnC supports a wide range of vehicles, battery voltages, and power requirements through a single platform.
Our technology enables fully hands-free charging, allowing autonomous systems to operate without manual intervention or charging downtime.
With no exposed connectors or cables, our system minimizes maintenance, improves durability, and ensures reliable operation in harsh environments.
Designed to integrate with solar, battery storage, and microgrids, enabling resilient, decentralized, and sustainable charging infrastructure.
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