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By incorporating cutting-edge technologies for more robust, sustainable, and effective urban water systems, a smart water grid revolutionizes the management of water resources. The main goals, elements, advantages, and difficulties of smart water networks are covered in this synopsis. These grids maximize water supply, minimize waste, and manage environmental consequences through the use of sensors, real-time analytics, and networked infrastructure. AI, IoT devices, sensor networks, data analytics, and remote monitoring are some of the components. Proactive leak detection, water conservation, and enhanced resource management are made possible by the system. Although they come with drawbacks like exorbitant costs and worries about data security, smart water networks can improve climate resilience, facilitate demand forecasting, and engage customers.
Priyadharshini et al. (Mon,) studied this question.