2024 | Student

MUSE Design Awards Silver Winner

FitPluse

Entrant

KE XU, JING ZHANG

Category

Conceptual Design - Wearable

Client's Name

KE XU/JING ZHANG

Country / Region

Macau SAR

This rechargeable portable mobile bracelet skillfully integrates solar energy storage, biofilm power generation and kinetic energy storage technology to create a new green smart wearable experience. High-efficiency solar panels embedded in the surface of the bracelet capture light and convert it into electricity; At the same time, the use of biofilm technology, the human body trace heat and moisture into electricity, improve energy efficiency. And you can use projection devices to enhance the user experience. The built-in kinetic energy conversion module can also store the kinetic energy of the wearer as electrical energy. The high-precision sensor records the motion data in real time and connects to the mobile APP for users to view and analyze at any time. Inspired by the natural energy cycle and modern life observation, the design aims to advocate green life, encourage environmental protection actions, and create a healthy future.



Credits

Macau University of Science and Technology
KE XU
Macau University of Science and Technology
JING ZHANG
Macau University of Science and Technology
SHENG NAN PANG
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