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How it Works

Technology Overview

Reach’s Wireless Power-at-a-Distance solution is simple yet powerful, consisting of three key components: a transmitter, receivers, and a software dashboard for easy control and monitoring.

Key Components

Reach Transmitter

The transmitter is the system’s hub, delivering power and managing communication. It includes:

  • Adaptive Antenna Array: Ensures efficient power delivery.
  • Microcontroller Unit (MCU): The “brain” of the system, controlling RF signals and managing receivers using a proprietary Bluetooth-based protocol.
  • Communication Module: Sends and receives data, even without a clear line of sight.
Core Features

Optimizes power transfer with smart algorithms.

Communicates with the dashboard
for real-time updates and commands.

Offers versatile connectivity and
high-capacity power output.

Reach Receiver

Receivers collect and manage power from the transmitter. They include:

  • Antennas: Capture transmitted power.
  • Power Control Circuitry: Regulates power usage.
  • Storage Element: Stores energy in a battery or capacitor.
  • Communication Module: Sends performance data back to the transmitter.
Core Features

Adaptive, scalable design.

Integrated safety system
for reliable operation.

Compatibility with a wide
range of devices.

Reach Power Management Dashboard

The dashboard provides a user-friendly interface to monitor and control the system. Accessible via a local or cloud-hosted web app, it allows users to:

  • View real-time power status for receivers.
  • Authorize and manage devices.
  • Optimize network performance and set charging schedules.
Core Features

Real-time monitoring and analytics.

Dynamic power allocation for efficiency.

Advanced reporting and system insights.

The Result

This system delivers efficient wireless power transfer and seamless management, enabling reliable operation in a variety of environments. Whether for industrial, commercial, or mission-critical applications, Reach’s solution ensures flexibility, safety, and performance.

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