This project introduces PrinSys LeakMonitor, a next-generation leak detection system designed to tackle the common issue of water leakage which is acute in older buildings. The work focuses on creating a sustainable, flexible, batteryless sensor node that is cost-effective and easy to install. By emphasizing eco-friendly design, the LeakMonitor system aims to reduce maintenance needs with minimal environmental impact.
The research aims to develop energy-harvesting electrodes leveraging printed electronics sensor technology. A high-performance, power-efficient on-chip sensor circuit is being developed, targeting specific applications identified from the thorough market research. The study also includes an analysis of competition, potential market segments, and geographical targets to establish suitable business models and go-to-market strategies.
LeakMonitor targets to significantly lower both direct and indirect costs associated with water damage. Current leak detection solutions have limited market penetration in older buildings due to high costs and complex installation processes. This system addresses these challenges by offering a more user-friendly and affordable alternative, utilizing integrated electronics with flexible pragmatic semiconductor technology. This innovative approach not only enhances efficiency but also supports sustainability goals by eliminating the dependence on traditional battery technologies.
