Home » Latest News » Govee debuts Outdoor Solar String Lights: Brighter RGBICW effects, Matter support and a USB-C backup

Govee debuts Outdoor Solar String Lights: Brighter RGBICW effects, Matter support and a USB-C backup

Govee debuts Outdoor Solar String Lights: Brighter RGBICW effects, Matter support and a USB-C backup

Govee has released its first Outdoor Solar String Lights, aiming to bring the brand’s signature multi-color effects to patios and backyards without relying on mains power.

The company positions the new set as a brighter alternative to many solar string lights, which often trade color features for lower output.

The lights ship as a 10.4 m strand with eight bulbs, and Govee rates each bulb at 50 lumens. Pricing is set at $99.99 in the US, with availability through Govee’s online store and Amazon.

Built for solar, with a fallback

To address common solar-light pain points like short runtimes, the kit includes a 6 W solar panel and a 4 800 mAh battery. Govee says that combination can deliver up to 13 hours of lighting on a charge, depending on usage and conditions.

For shaded setups or extended cloudy weather, the system can also be recharged via USB-C. That added charging option could make the lights more practical for covered porches and seasonal installations where the panel cannot be placed in full sun.

Smart lighting features and durability

Govee uses RGBICW technology, enabling multi-color effects while also improving the quality of white tones compared with RGB-only lighting.

The company says there are over 100 preset scenes, though DreamView-style advanced syncing is not included.

The lights and solar panel carry an IP67 rating for dust and water resistance, and Govee rates the LEDs for up to 30 000 hours. The product also comes with a 2-year warranty, reflecting a focus on long-term outdoor use.

On the smart home side, the Outdoor Solar String Lights support Matter, along with basic control through Google Home and Amazon Alexa. Govee’s own app adds battery monitoring and day-night recognition features designed to help conserve power.