Smart Water Grid

Smart Water Grid is an innovative proposal that seeks to address global water scarcity by creating a smart, decentralized water network, inspired by the microgrid model. This vision envisions a future where homes, industries, and communities no longer depend exclusively on centralized systems but become self-sufficient, integrating technologies such as rainwater harvesting, atmospheric humidity capture, and advanced greywater recycling systems. The central objective is to connect these producers and consumers in an efficient network that allows for the equitable generation, use, and sharing of water resources, promoting sustainable water management.

Technically, the product is based on a non-intrusive monitoring system that uses piezoelectric vibration sensors installed directly on existing pipes, without requiring any plumbing modifications. These sensors detect the specific flow signatures of each faucet or appliance, which are then analyzed using artificial intelligence algorithms to identify real-time usage patterns. This technology allows for the collection of precise consumption data, early leak detection, and provides users with detailed analyses and practical tips for optimizing water use through an intuitive mobile application.

The impact of this project is structured in phases, beginning with a plug-and-play solution geared toward the residential market to promote awareness and immediate savings on water bills. In the long term, the Smart Water Grid aims to establish a circular water economy that drastically reduces the environmental footprint and dependence on overexploited municipal infrastructure. By providing dynamic visibility of the resource at both the individual and water authority levels, the system seeks to ensure the resilience of communities to climate change and advance toward a fairer and more efficient global water distribution.

Moonshot team: Astle Colaco, Leon Biber, Martin Ramone, Nuno Fernandes.

Mentor: Andreas Sumper.