Loqdivr Solar Panel Charger for Google Nest Cam – 2-Pack, Indoor/Outdoor Battery Version

Power that adapts to your Nest Cam

Loqdivr’s upgraded solar panel uses high‑efficiency monocrystalline cells to deliver fast, reliable charging for Google Nest Cam indoor and outdoor battery versions. The robust aluminum alloy housing and corrosion‑resistant bracket are built to weather the elements and stand the test of time.

Smart, 24/7 solar charging

With a built‑in voltage regulator and a generous 13.1 ft cable, the panel captures sun at the best angle and provides power around the clock. This setup can reduce the frequency of battery changes and help keep your camera ready to monitor.

• High‑efficiency monocrystalline cells for strong daytime charging
• Voltage regulator supports continuous operation for 24/7 readiness
• 13.1 ft cable enables flexible placement away from the camera

Durable, weather‑ready design

The panel and bracket are forged from corrosion‑resistant aluminum alloy, engineered to withstand rain, wind, and sun. An IP65 rating adds an extra layer of protection for outdoor use.

• IP65 waterproof construction guards against water jets and dust
• Sturdy aluminum alloy frame for longevity
• Fireproofing and multiple safety protections guard against overcharging and short circuits

Flexible installation, complete kit

Mount the panel on a roof or wall you trust, then connect the DC cable to your Nest Cam connector. The included 360° adjustable bracket and mounting hardware simplify positioning for maximum sun exposure.

• 360° adjustable bracket for precise sun alignment
• All necessary hardware included: bracket, screws, and cable clips
• Designed for both indoor and outdoor Nest Cam battery versions

What you get

• 1x solar panel with 13.1 ft charging cable
• 1x 360° mounting bracket
• 4x screws and 4x circle cable clips

Compatibility: Fully compatible with Google Nest Cam outdoor and indoor battery versions, using the included 13.1 ft cable for flexible installation.

Note: Solar charging offers convenience and energy efficiency, but performance depends on sun exposure and mounting. This system is designed to support continuous camera operation with renewable power, potentially reducing frequent battery changes.