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

The Shelly LoRa Range-Extending Add-On revolutionises long-range connectivity for smart relay systems, delivering reliable communication across distances of up to 5 kilometres. Designed specifically for Shelly Gen3 and Gen4 devices, this compact add-on provides secure performance in open spaces while maintaining dependable operation even in challenging environments with obstructions. Its transformative capabilities break through the limitations of conventional communication technologies, enabling control and automation where other solutions cannot reach. This innovative add-on is particularly suited for large-scale deployments across urban infrastructure, remote facilities, and agricultural operations. The support for custom scripting allows users to tailor functionality precisely to their specific requirements, providing unprecedented flexibility in system design. With straightforward setup procedures, users can quickly deploy the technology without extensive technical expertise. Currently available for the EU868 frequency band, with versions for US915 and AU915-928 frequency ranges scheduled for future release.

Technical Specifications

• Compatible Devices: Shelly Gen3 and Gen4 smart relays
• Communication Range: Up to 5 kilometres in open spaces
• Frequency Bands: EU868 (US915 and AU915-928 coming soon)
• Antenna Configuration: External antenna for optimal signal strength
• Customisation Support: Full custom scripting capabilities
• Environmental Performance: Reliable operation in obstructed or challenging locations

Key Features

• Extended Communication Range: Achieve reliable data transmission across distances up to 5 kilometres with the external antenna system.
• Seamless Integration: Designed specifically for Shelly Gen3 and Gen4 devices, ensuring straightforward compatibility and setup.
• Robust Performance: Maintains dependable operation even in difficult environments with physical obstructions or interference.
• Rapid Deployment: Quick and simple installation process enables immediate implementation without complex configuration.
• Custom Scripting Support: Flexible programming options allow tailoring functionality to specific application requirements.

Use Cases

Smart street lighting automation benefits significantly from this technology, enabling real-time control and monitoring of lighting systems. Municipalities can adjust lighting schedules based on traffic patterns and weather conditions while monitoring energy consumption and receiving immediate fault alerts to reduce maintenance costs and downtime.

Precision agriculture operations utilise LoRa-enabled relays to automate irrigation systems and field lighting across extensive remote areas. Farmers can control pumps, sprinklers, and lighting schedules according to soil moisture levels, weather data, and operational requirements while monitoring environmental sensors and power consumption to optimise water usage and crop productivity without physical presence.

Warehouse automation systems employ this technology to control lighting zones with dimming or switching functions, optimising energy usage while enhancing visibility across large storage facilities. The system enables efficient energy monitoring and fault detection, ensuring continuous operation throughout extensive warehouse spaces.

Remote facility equipment control applications benefit from automated monitoring of pumps, lighting, and power systems in isolated locations. Organisations can optimise energy consumption by controlling equipment schedules based on operational needs while maintaining oversight of system performance from centralised locations.