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Student Designs Solar-Powered Umbrella That Charges Devices on the Go

Image Courtesy: James Dyson Award

A design student in Mexico has developed a concept for a solar-powered umbrella that can generate and store electricity while being carried outdoors, turning a common everyday accessory into a portable charging station.

Victoria García Moreno, a student at Universidad Casa Blanca, created the concept as an entry for the James Dyson Award. The design replaces the traditional role of an umbrella canopy with a dual-purpose system that provides shade while also harvesting solar energy. The collected power is then stored in a battery integrated into the umbrella’s handle, allowing users to charge electronic devices while away from conventional power sources. The project was recently showcased as part of the James Dyson Award program.

Unlike most portable solar chargers, which rely on relatively small panels, the umbrella utilizes its entire canopy as a solar collection surface. This larger area could potentially capture more sunlight throughout the day, generating energy while users walk, commute, or spend time outdoors.

Electricity generated by the canopy travels through the umbrella’s shaft and into a power bank housed within the handle. García Moreno designed the system to maintain the familiar appearance of a standard umbrella, with most of the technology concealed inside the structure.

The handle features both USB and USB-C charging ports, enabling compatibility with a wide range of smartphones and other portable electronics. Control buttons built into the grip allow users to manage charging functions and monitor the system.

Because umbrellas are regularly exposed to the elements, the concept incorporates waterproof solar panels and protective housing around the internal electronics. These features are intended to ensure the device remains functional during rain and other challenging weather conditions.

One of the biggest challenges facing the design is durability. Flexible solar panels must withstand the repeated folding and unfolding of an umbrella, a task that remains difficult for current materials. Overcoming that limitation would be essential before the concept could become a commercial product.

Although the umbrella remains a concept rather than a market-ready device, it highlights how advances in flexible electronics could allow everyday objects to double as renewable energy sources. As solar technology continues to improve, ideas like García Moreno’s could help make personal power generation more accessible and convenient.

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