2in1 light and rain sensor: Combines ambient light detection and rain detection in a single device to enable practical outdoor automation without needing separate sensors. Builtin power with solar charging: 7V 1300mAh lithium battery is built in and rechargeable by solar energy, so no additional power supply is required for operation. Wireless compatibility: Uses a wireless protocol to communicate with other enabled devices, allowing integration into smart home systems and routines. Weatherready design: Robust outdoor enclosure with IPX6 waterproof rating to withstand heavy rain and varied weather conditions while maintaining reliable performance. Key benefits and why you need it: Energy efficiency: Automates exterior lighting and related devices based on light and rain, reducing unnecessary power use. Convenience: Offgrid operation means minimal wiring and simple installation in outdoor spaces. Reliable automation: Builtin battery and solar charging support continuous operation even without a dedicated power source. Smart home integration: Works with other enabled devices and smart hubs to create routines that respond to changing weather and light levels. Use scenarios: Scenario 1: In a backyard or entryway, exterior lights automatically turn on at dusk and adapt during rain, improving visibility and safety without manual control. Scenario 2: In a smart home setup, the sensor feeds routines to compatible hubs and devices (for example lighting, cameras, or weatherrelated automations) based on detected light levels and rainfall. Scenario 3: Remote or offgrid installations such as gates, fences, or sheds where wiring is impractical; the solarrecharged battery keeps the sensor operational yearround. Additional notes: Function: Outdoor 2in1 sensor for light and rain detection. Compatibility: Designed to wirelessly connect with other enabled devices and smart home systems. Design and build: Compact, weatherresistant enclosure suitable for outdoor use. Performance: Batterypowered with solar charging enables reliable operation in varying conditions.