Overview

PowLinks™ is an advanced wireless power transfer (WPT) platform designed to deliver reliable and efficient energy through coded radio-frequency transmission. Built on a CDMA-inspired architecture, the system enables multiple devices to receive power simultaneously while maintaining robust performance in complex RF environments.

The platform is designed to support emerging applications where wired power delivery is impractical or inefficient. By combining intelligent signal design with scalable system architecture, PowLinks enables flexible and secure wireless energy delivery across a wide range of industrial and connected systems.

Technology Approach

PowLinks uses coded RF transmission techniques to enable controlled and efficient wireless energy transfer. By applying spread-spectrum principles, the system allows multiple devices to access wireless power while minimizing interference and improving reliability in noisy electromagnetic environments.

The architecture is designed to support adaptive power distribution, scalable deployment, and coexistence with other wireless communication technologies.

Key technical concepts include:

• Coded RF power transmission

• Multi-device power access

• Interference mitigation in dense RF environments

• Adaptive power link management

• Scalable modular system architecture

Applications

PowLinks is designed for applications that require reliable power delivery without traditional wiring. Potential use cases include:

• Internet of Things (IoT) sensor networks

• Autonomous systems and robotics

• Industrial monitoring systems

• Remote sensing platforms

• Smart infrastructure and distributed electronics

These applications benefit from the flexibility of wireless energy delivery, reduced maintenance requirements, and improved system deployment options.

Key Features

• High-efficiency RF power transmission

• Secure coded power delivery

• Multiple-device wireless charging capability

• Robust operation in noisy RF environments

• Modular and scalable system architecture

• Integration with data communication capabilities