PUUQII 8W Solar Panel for Ring Camera – 2-Pack, IP65 Waterproof, USB-C & Barrel Adapters Included

Power your Ring cameras with clean solar energy

The PUUQII 8W solar panel kit combines two compact, weather-ready panels with versatile adapters to help keep Ring Stick Up Cam Battery and Ring Spotlight Cam Battery charged through sunny days. Built for real-world use, this kit invites you to explore battery-free, solar-powered surveillance with an eye for reliability and ease.

Sunlight can be a reliable source of energy for outdoor cameras, and this kit is designed to capture it efficiently. The panels work together with USB-C, barrel DC, and micro adapters, giving you flexible wiring options that suit different rooflines, walls, or fence lines. With thoughtful cable lengths and a rotating mounting bracket, you can position the panels for the best sun exposure without locking yourself into a single spot.

Key advantages

• Efficient charging in bright sun: 8W monocrystalline cells optimize energy capture for faster top-ups.
• All-weather reliability: Stable output across temperatures from -20°C to 50°C and in light rain or snow.
• Flexible installation: Pre-drilled mounting bracket with 360° rotation; fit on roofs, walls, or other sunny surfaces.
• Extended reach: Includes a 10 ft cable to place the panel in the strongest sun position.

What’s included

• 2 x PUUQII 8W solar panels for Ring cameras
• 2 x 10 ft Type-C cables
• 2 x 360° rotating mounting brackets
• 2 x DC barrel adapter cables
• 2 x Micro adapters
• 8 x screws set
• 1 x instruction manual

Real-world use ideas

Imagine placing the panels along a sunlit porch, fence line, or roof edge where direct sun is most present. The kit’s design aims to keep Ring cameras ready for daily activity, reducing the need for frequent battery swaps. The combination of rugged build and weather-appropriate materials helps you plan a dependable, solar-powered setup for outdoor monitoring.

Tips for best results: orient panels toward the sun, use the included 360° bracket to chase peak light, and route cables to minimize shade and wear. While performance depends on sun exposure, the system is designed to maintain operation across a wide range of conditions.