Energy-Harvesting Backpacks

Pauline Van Dongen's Backpack Charges Smart Devices on the Go

Dutch designer Pauline Van Dongen has been exploring the possibilities of creating clothing with solar technology since 2013 and the 'Radius' energy-harvesting backpack is the latest development in the high-tech project. In conjunction with Eva de Laat, the two women crafted a three-dimensional object by using a singular double-layered jersey textile.

The Radius was created with a single piece of knitted fabric and a specific technique that allows for the incorporation of a beaded structure, consisting of small spheres — the solar cells. The energy-harvesting backpack can charge the adventure-seeker's smart devices on the go as the sun's rays are collected from the straps and fed into a easily accessible charger cable. The beautiful royal blue color and the lightweight properties of the Radius make it an aesthetically-pleasing and extremely functional piece.

Solar-powered Wearables
Creating clothing and accessories that incorporate solar technology to power smart devices presents a disruptive innovation opportunity in the wearables industry.
Energy-harvesting Backpacks
Developing backpacks that can charge devices on the go using solar technology can revolutionize the outdoor adventure industry.
Knitted Solar Cells
Incorporating solar cells into knitted fabrics presents a disruptive innovation opportunity for the textile industry, allowing for the creation of functional and aesthetically-pleasing solar-powered products.

Where This Applies

Wearables
The wearables industry can benefit from incorporating solar technology to create functional and sustainable products.
Outdoor Adventure
Developing energy-harvesting backpacks that can charge devices on the go using solar technology presents a disruptive innovation opportunity in the outdoor adventure industry.
Textile
Incorporating solar cells into knitted fabrics presents a disruptive innovation opportunity for the textile industry, allowing for the creation of functional and aesthetically-pleasing solar-powered products.
SCORE
4.6 out of 10
GENDER
50% Men50% Women
MARKETTop markets: North America, Europe
GENERATION
  • Gen Alpha
  • Gen Z (primary audience)
  • Millennial (primary audience)
  • Gen X (primary audience)
POPULARITY
Popularity 63%
Activity 68%
Freshness 8%