Rustenberg-based company 'Rethaka' recently debuted a solar-powered bag that can provide a source of light for poverty-stricken communities around the world. In many parts of the world, children are unable to do their homework at night because they lack a reliable source of light. This multipurpose backpack provides an affordable and sustainable alternative to using dangerous kerosene lamps.
The solar-powered bag is called the 'Repurpose Schoolbag' and it functions by charging throughout the day. When a child returns home from school, they simply unscrew the solar light from the exterior of the bag and then attach it to a glass jar. This handy device allows children to create a functional lamp that can be transported throughout the home. The solar light ensures that children are able to do their homework at night, without resorting to the use of kerosene lamps.
Luminous Multipurpose Backpacks
This Solar-Powered Bag Doubles as a Source of Light
Trend Themes
1. Solar-powered Bags - Opportunity for developing innovative backpacks that utilize solar power to generate light and provide convenient charging solutions for electronic devices.
2. Affordable Lighting Solutions - Growing demand for cost-effective and sustainable alternatives to kerosene lamps in poverty-stricken communities, driving the need for disruptive innovations in the lighting industry.
3. Education Technology - Emerging market for portable educational devices that integrate with solar-powered bags to enhance learning opportunities and improve educational outcomes.
Industry Implications
1. Backpack Manufacturing - Disruptive innovation potential in designing and producing solar-powered backpacks that combine functionality, style, and energy efficiency.
2. Renewable Energy - Opportunity for renewable energy companies to develop and supply affordable solar lighting solutions to address the lack of access to reliable electricity in underserved communities.
3. Education Technology - Leveraging solar-powered bags as a platform for educational technology companies to create portable and accessible learning tools for students in resource-constrained areas.