Solar Watering Can Garden Light with Shepherd's Hook LED Outdoor Decor

This solar-powered garden light features a decorative watering can design that creates a cascading effect of warm LED lights, mimicking a gentle pour. It serves as a charming focal point for flower beds, pathways, and lawns, blending functional outdoor illumination with artistic garden decor.

Designed for Outdoor Ambiance

This garden light is intended for placement in courtyards, flower beds, or along garden paths where it can receive direct sunlight. The included shepherd's hook allows you to suspend the kettle at an ideal height, letting the string lights drape naturally toward the ground. It is a decorative accent piece that enhances the visual appeal of your landscaping during the evening hours.

Key Features

• Solar-powered operation charges during the day for automatic evening illumination.
• Features a hollow, intricate metal design that casts patterned shadows.
• Includes a sturdy shepherd's hook for easy ground installation.
• Equipped with LED string lights that simulate flowing water.
• IP65 protection level ensures durability against outdoor weather conditions.
• Provides 6 to 12 hours of continuous lighting on a full charge.

Product Specifications

Material

Iron

Light Source

LED

Power

0.2W

Voltage

1.2V

Protection Level

IP65

What is in the box

1 x Solar Kettle Light, 1 x Shepherd's Hook

Setup and Placement

To set up, assemble the shepherd's hook and insert the stake firmly into soft soil or grass in a location that receives ample sunlight throughout the day. Ensure the solar panel on top of the kettle is unobstructed so it can effectively charge the internal battery. The light will automatically activate at dusk, provided the switch is in the on position.

Maintenance and Care

Keep the solar panel clean and free of debris, such as leaves or dirt, to maintain optimal charging efficiency. While the unit is rated for outdoor use, it is best to place it in an area where it will not be submerged in standing water. During extended periods of low sunlight or winter months, the lighting duration may be reduced.