Shelly, a European smart device manufacturer, is poised to revolutionize home automation with the launch of 11 new Z-Wave Long Range (Z-Wave LR) enabled devices. These devices, slated for release in the US in the first half of 2025, promise to extend the reach of smart home control beyond the confines of traditional Wi-Fi networks, offering a compelling alternative to costly LTE-based solutions. This expanded connectivity, reminiscent of Amazon’s Sidewalk network, enables seamless integration and management of smart devices even in expansive properties or commercial settings. The lineup includes a diverse range of products, from smart plugs and environmental sensors to lighting controls and motorized blind controllers, catering to a wide spectrum of automation needs.
Z-Wave LR, a relatively new wireless protocol announced in 2020, marks a significant advancement in smart home technology. Unlike conventional Z-Wave networks that rely on mesh topologies and multiple signal repeaters, Z-Wave LR utilizes a star network architecture. This means devices communicate directly with a central hub, simplifying network setup and management while enhancing reliability and range. This architecture eliminates the signal degradation and latency issues often associated with mesh networks, particularly in larger spaces. The transition to a star topology also streamlines the addition and removal of devices, simplifying the overall user experience.
The extended range capabilities of Z-Wave LR are truly impressive. With a line-of-sight range of up to 1.5 miles at full power, these devices can effortlessly connect to a central hub even in sprawling properties or across multiple buildings. This eliminates the need for complex and costly range extenders, making it an ideal solution for large homes, commercial spaces, and even agricultural applications. Moreover, the network’s capacity to support up to 4,000 devices provides ample scalability for even the most ambitious smart home projects. This combination of range and capacity sets Z-Wave LR apart, offering unparalleled flexibility for users seeking comprehensive home automation solutions.
Energy efficiency is another key advantage of Z-Wave LR. The protocol’s intelligent power management allows devices to automatically adjust their radio output power, conserving battery life and reducing operating costs. This is particularly beneficial for battery-powered devices, some of which can operate for up to 10 years on a single coin-cell battery. This extended battery life minimizes the inconvenience and expense of frequent battery replacements, further enhancing the user experience. The energy-efficient nature of Z-Wave LR also aligns with growing environmental awareness, making it a sustainable choice for smart home enthusiasts.
Shelly’s new range of Z-Wave LR devices encompasses a wide variety of smart home functionalities. The lineup includes a smart plug for controlling appliances, a humidity and temperature sensor for environmental monitoring, a door/window sensor for security applications, a motion detector for automated lighting and security systems, a remote controller for motorized blinds, and an assortment of lighting dimmers and smart switches. This comprehensive portfolio caters to a broad range of needs, allowing users to create a seamlessly integrated and automated home environment. Three of the 11 new devices are battery-powered, taking advantage of Z-Wave LR’s energy efficiency to provide extended operation without frequent battery replacements.
While Shelly has yet to announce pricing for these innovative devices, the promise of extended range, simplified network management, and enhanced energy efficiency makes them a highly anticipated addition to the smart home market. The backward compatibility of Z-Wave LR with older Z-Wave products offers a seamless upgrade path for existing users, though a Z-Wave LR-supported hub based on the Z-Wave 700 or 800 series platform is required to unlock the full potential of the new devices. This new technology represents a significant step forward in home automation, offering users a more robust, reliable, and far-reaching solution for controlling their connected homes.
