avian-inspired kinetic clothing captures energy through human motion

"The Birds of Static project by designer Wren Walker investigates how garment structure can influence the capture of energy from human movement. The concept draws on the principle of static electricity, in which charge imbalances can generate electrical energy when conducted through a circuit. Walker's work takes inspiration from Triboelectric Nanogenerators (TENGs), an emerging technology that converts motion-induced static into electrical energy."

"Birds of Static explores textile geometry, layering, and micro-movements produced by walking, twisting, and breathing, with the goal of optimizing conditions for TENG integration. Avian forms inform the design approach, guiding patterns and structures that respond to motion efficiently. Although the garments do not currently generate energy, their construction is engineered to maximize potential performance. Initial geometric studies suggest that textile design alone could improve energy capture by up to 40%."

Birds of Static uses garment structure to influence capture of energy from human movement by applying triboelectric principles and textile geometry. The work analyzes layering and micro-movements produced by walking, twisting, and breathing to optimize conditions for Triboelectric Nanogenerators (TENGs). Avian-inspired patterns and forms guide structures that respond efficiently to motion. Although the garments do not yet generate electricity, their construction is engineered to maximize potential performance. Initial geometric studies indicate textile design alone could improve energy capture by up to 40%. The approach establishes a framework for integrating kinetic energy systems into clothing by addressing material and structural requirements before embedding active components.

Read at designboom | architecture & design magazine