Shelly LoRa Range-Extending Add-On for Shelly Smart Relays Two Pack

The Shelly LoRa Range-Extending Add-On for Shelly Smart Relays Two Pack revolutionises long-range connectivity for smart automation systems. This compact add-on module unlocks up to 5 kilometres of reliable communication, delivering secure performance in open spaces and dependable operation even in challenging environments with obstructions. Designed specifically for Shelly Gen3 and Gen4 devices, it breaks connectivity barriers to extend control where conventional wireless technologies cannot reach.

Engineered for professional applications, this two-pack solution is ideal for automating city infrastructure, managing remote facilities, or optimising precision agriculture operations. The add-on supports custom scripts, providing complete flexibility to tailor functionality for specific use cases while maintaining straightforward setup and configuration. Available now for EU868 frequencies, with US915 and AU915-928 variants coming soon for global deployment capabilities.

Technical Specifications

• Communication Protocol: LoRaWAN
• Maximum Range: Up to 5 kilometres line-of-sight
• Compatibility: Shelly Gen3 and Gen4 smart relay devices
• Frequency Bands: EU868 (currently available), US915 and AU915-928 (coming soon)
• Antenna: External antenna for enhanced signal reception
• Package Contents: Two LoRa add-on modules

Key Features

• Extended Communication Range: Achieve reliable communication up to 5 kilometres with the external antenna, eliminating distance limitations.
• Seamless Integration: Direct compatibility with Shelly Gen3 and Gen4 devices ensures straightforward implementation without complex configuration.
• Robust Performance: Maintains dependable operation in obstructed or hard-to-reach areas where other wireless technologies fail.
• Rapid Deployment: Quick and simple setup process enables immediate implementation with minimal technical expertise required.
• Custom Script Support: Flexibility to programme custom functionality addressing specific operational requirements and use cases.

Use Cases

Smart street lighting automation enables real-time control and monitoring of municipal lighting systems. Adjust lighting schedules based on traffic patterns or weather conditions while monitoring energy consumption and receiving immediate fault alerts to reduce maintenance downtime and operational costs.

Precision agriculture and remote irrigation systems benefit from automated control of pumps, sprinklers, and lighting schedules across extensive fields. Integration with soil moisture sensors and weather data allows optimisation of water usage and energy efficiency while monitoring environmental conditions and power consumption remotely.

Warehouse automation and control systems utilise LoRa-enabled relays to manage lighting zones with dimming or switching capabilities. This optimises energy usage while enhancing visibility across large storage areas, with efficient energy monitoring and fault detection ensuring seamless operation throughout the facility.

Remote facility equipment control applications automate and monitor pumps, lighting, and power systems in isolated locations. Equipment schedules can be optimised based on operational requirements, enabling comprehensive energy consumption management without requiring physical presence at the site.