Supporting data for “ Energy Harvesting from Droplets in Multi-Scenario ”

In this thesis, we investigate droplet electricity generation in multi-scenario, focusing on designing, optimizing, and implementing advanced systems to overcome limitations such as low power density, inconsistent energy outputs, and scalability constraints. We try to explore innovative designs and diverse applications of droplet electricity generators (DEGs) and present three impactful systems: the switchable triboelectric nanogenerator (s-TENG), the hydrous switch DEG (HS-DEG), and the floatable electricity generator (FEG). These systems provide new approaches to address energy harvesting challenges in various environments and bridge the gap between theoretical frameworks and practical implementation in droplet-based energy harvesting. These three proposed systems offer a pathway toward developing next-generation self-powered devices, scalable renewable energy solutions, and sustainable energy ecosystems.