Herein, besides sweat composition analysis, hydrovoltaic-electric generator was employed to detect the amount of sweat for the first time, and dual-electric generator is served for self-energy supply and skin surface temperature measurement. In this paper, we firstly bring forth a new idea of integrating sweat monitor and dual-electric generation (hydrovoltaic and moist-electric generation) for a multifunctional flexible device as sweat health monitoring E-skin. The frontier pursuit of wearable sweat biosensor includes not only detecting sweat components, but also integrating multiple-functions, such as sweat health monitoring, self-power and near-field transmission. Wearable sweat biosensor as the only noninvasive and measurable body-fluid sensor serve as a very important staff to monitor an individual’s health status and more dynamic molecular-level information.
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