Elegant Solar-Powered Garden Lantern for Outdoor Ambiance

Illuminate Your Outdoor Space with Stylish Solar Lanterns

Transform your outdoor sanctuary into a glowing retreat with these elegant solar-powered garden lanterns. Designed with a modern farmhouse aesthetic, they blend nostalgia with a fresh look. The clean, structural silhouette mimics the flicker of a candle or the sparkle of fairy lights, adding cozy warmth to your garden. These lanterns recharge under the sun, providing a practical and sophisticated lighting solution for your evening gatherings on the porch or patio.

Key Features

• Energy-Efficient Solar Charging: Integrated panels capture sunlight during the day, automatically illuminating your space with a warm glow at sunset.
• Weather-Ready Construction: Crafted from durable materials, these lanterns withstand various outdoor elements, including rain and light snow.
• Versatile Display Options: Hang them from branches using the attached ring or place them on a table for focused ambiance.
• Soft Atmospheric Illumination: The warm white LED creates a relaxing environment, perfect for quiet evenings or entertaining friends outdoors.

Specifications

• Dimensions:
  • Cable: 4.9" H x 3.5" W (12.5cm H x 9cm W)
  • Candle: 5.1" H x 3.5" W ( 13cm H x 9cm W)
• Materials: ABS Housing, Transparent Paneling, Internal LED Components
• Light Source: Built-in Warm White LED (Candle or Fairy Light Cable style)
• Power Source: 2V 120MA Solar Panel with 1.2V 300mAH Ni-MH Battery
• Charging Time: Approximately 6 hours in direct sunlight
• Run Time: Approximately 8 hours on a full charge
• Voltage: 6 V
• Environment: Weather-Resistant for Outdoor Use
• Dimmable: No
• Waterproof Rating: IP55
• Certifications: UL, FCC, RoHS, EMC, CE, GS, VDE, LVD, SAA

Where It Works Best

• Line a stone pathway to guide guests with a gentle glow.
• Hang a pair from a shepherd’s hook to frame your garden gate.
• Center them on a teak dining table for an alfresco dinner or nestle among potted plants on a balcony for a tiered lighting effect.