The recent advances in wearable technologies had caused a surge in the demand for stretchable Li-ion microbatteries. Herein, a special design based on micropillar electrodes supported on metallic serpentines has been investigated to achieve the fabrication of a functionning device. Besides achieving high areal capacity values like 2.5 ​mA ​h ​cm⁻² at C/10 (i.e. 0.07 ​mA ​cm⁻²), the micropillars make the system reversibly stretchable. Electrochemical tests revealed excellent performance when the stretchable micropower source was subjected to different mechanical strains. Indeed, 73% of the capacity is retained over 100 cycles under 30% strain and all fatigue tests showed that capacity retention remain higher than 70%.

可穿戴技术的最新进展引起了对可拉伸锂离子微型电池的需求激增。在此，已经研究了基于支撑在金属蛇纹石上的微柱电极的特殊设计，以实现功能装置的制造。除了在C / 10处达到2.5 mA h cm ^-2的高面容量值（即0.07 mA cm ^-2）外，微柱还使系统可逆地拉伸。电化学测试显示，当可拉伸微动力源受到不同的机械应变时，其性能优异。实际上，在30％的应变下100个循环中，有73％的容量得以保留，所有疲劳测试均表明容量保持率仍高于70％。