Micro-supercapacitor (MSC) are considered to be a promising candidate for wearable energy storage due to their scale down in dimensions to fit on-chip geometries of integrated nanosystem, high charge/discharge efficiency, long lifetimes and strong security compared to Li-ion batteries. In this work, we present a polypyrrole (Ppy) film based MSC arrays by combining photolithograph and electrodepositon method. The designed MSC with concentric circles structure exhibited a large areal capacitance of 47.42 mF/cm² and provided a power density of 0.185 mW/cm² at an area energy density of 0.004 mWh/cm². MSC arrays connected in series were utilized as power source to drive a wearable gas sensor on the same flexible substrate. As-designed wearable self-driven room temperature ethanol gas sensor showed a quick response time (13 s) and recovery time (4.5 s), good selectivity to ethanol and a high detection capability of less than 1 ppm at room temperature, proving the feasibility of the wearable MSC arrays integrated gas sensing system and offering a quick, easy and comfortable way for personalized monitoring drunken driving.

与锂离子电池相比，微型超级电容器（MSC）的尺寸缩小以适合集成纳米系统的片上几何形状，具有高充电/放电效率，长寿命和强大的安全性，因此被认为是可穿戴式能量存储的有前途的候选者电池。在这项工作中，我们结合光刻和电沉积方法，提出了一种基于聚吡咯（Ppy）膜的MSC阵列。设计的具有同心圆结构的MSC表现出47.42 mF / cm ²的大面积电容，并在0.004 mWh / cm ²的面积能量密度下提供了0.185 mW / cm ²的功率密度。。串联连接的MSC阵列被用作电源来驱动同一柔性基板上的可穿戴式气体传感器。设计的可穿戴式自驱动室温乙醇气体传感器显示了快速的响应时间（13 s）和恢复时间（4.5 s），对乙醇的良好选择性以及在室温下不到1 ppm的高检测能力，证明了可行性的可穿戴式MSC阵列集成式气体传感系统，提供了一种快速，轻松和舒适的方式来个性化监控酒后驾驶。