£45.00
Availability: Many In Stock

Modern Solar-Powered Address Sign

To order, click the personalise & order button at the bottom of the product description. 

Give your entrance a clean, contemporary finishing touch with a personalised solar-powered address sign that looks just as impressive after dark.

Available in matt black or matt grey, the acrylic front is individually laser cut with your chosen house number, house name or street address. A white opaque panel sits behind the design, diffusing light from 45 LEDs to illuminate the personalised lettering evenly.

Select warm-white lighting to complement traditional brickwork and warmer exterior colours, or choose cool white for a sharper, modern appearance. The preferred setting can be selected using the power button on the rear of the sign while the solar panel is covered.

The built-in solar panel charges the rechargeable battery during the day. At night, the lighting activates automatically without requiring mains wiring.

Sign specifications:

  • Modern personalised solar house sign

  • Laser-cut number and address

  • 45 integrated LEDs

  • Warm-white or cool-white setting

  • Automatic dusk activation

  • Matt-black or matt-grey acrylic

  • 4V solar panel

  • Replaceable 14500 3.2V 500mAh LiFePO4 battery

  • IP44-rated construction

  • UV-stable and weather-resistant materials

  • Address panel: 305 × 155mm

  • Complete unit: 305 × 185 × 42mm

  • 10-year warranty on acrylic components

  • Two-year warranty on electrical components

  • Mounting hardware and installation template included

  • Made to order in the UK

  • Dispatched within 1–3 working days

Under suitable conditions, the sign can charge in approximately 4–6 hours and illuminate for around 8–10 hours. Performance will vary according to available sunlight, the season and weather conditions.

Position the solar panel in direct sunlight and avoid porches, roof overhangs, trees and heavily shaded walls.

Read our solar versus hardwired house-sign guide for help choosing the right illumination method.