In an insightful conversation with Kunal Guha, Editor-in-Chief of Global Business Line, Raghunandan Prasad, MD of Konarak Meters, discussed how smart water metering is transforming water management in India.
As a third-generation industrialist, Prasad is leading Konarak Meters with cutting-edge tech that ensures sustainable resource usage. With India facing a severe water crisis—54% of sources stressed—his mission is more critical than ever.
🚰 India’s Growing Water Challenge
Rapid urbanization, industrial demand, and climate change are worsening India’s water scarcity. Reports warn that without large-scale sustainable management, the nation could face an extreme shortage.
💡 Smart Solutions for Water Security
Konarak Meters is spearheading innovation with IoT-enabled water meters that provide real-time data, detect leaks, and reduce wastage. These advanced systems are already making an impact in cities like Bangalore, Delhi NCR, and Bhubaneswar.
🏙️ Real-World Impact
In Bangalore, over 900,000 smart meters track 900 million liters of water daily—potentially saving 250 million liters from wastage! Some projects have cut water loss by 25-30% with this technology.
🌍 Technology for Sustainability
Prasad emphasizes that smart meters are not just about tracking consumption—they drive behavior change. “When people see real data, they conserve more,” he explains. These solutions help both consumers and cities manage water efficiently.
🤝 Collaboration with Government
Konarak partners with government bodies like BBMP and MCGM to deploy large-scale water management solutions. These collaborations ensure technology is used effectively to curb urban and rural water loss.
🔮 The Future of Water Management
Smart water metering aligns with India’s national goals for conservation. By reducing reliance on overexploited sources and promoting sustainable alternatives, Konarak is playing a key role in securing India’s water future.
💧 Tech-driven solutions like Konarak’s aren’t just business innovations—they’re essential tools for national resource preservation. 🚀