Model No. : OESWLS444
Min Order Qty. : 50 Nos.
Most states and cities in India receive significant monsoon rainfall annually. However, due to climate change, many regions now experience intense rainfall over short periods, leading to frequent waterlogging and flooding, especially in low-lying areas. Monitoring waterlogging levels is critical for civic authorities to ensure public safety, manage tra c during heavy rains, and maintain uninterrupted rail services despite waterlogged tracks. Currently, authorities rely on manual observations or basic scales, often describing water levels vaguely as "knee-deep" or "waist-deep." Such methods lack accuracy, require significant manpower, and result in inconsistent reporting, hindering e ective decision-making. Until now, no reliable electronic system has existed to automatically detect, measure, and report water levels during flooding.
Our patented Flood-o-Meter transforms this process. The system activates automatically upon detecting waterlogging, measures levels digitally in inches, and transmits real-time data via IoT to government agencies. It calculates rise and fall rates in inches per hour and provides precise location, time, and date stamps. Geo-mapped devices display data on a centralized dashboard in both tabular and graphical formats, with download options. The system powers o automatically when water recedes, requires no external power, and can be installed anywhere.
The Flood-o-Meter enhances urban waterlogging management with features like early warnings via SMS or app notifications, direct data sharing with emergency services for faster response, and historical data storage for trend analysis and planning. Scalable for broader coverage, it includes customizable alerts for water levels or rates of increase, integrates weather forecasts for proactive planning, and displays live updates on public platforms to enhance citizen awareness. With robust security and reliable connectivity, the Flood-o-Meter is a versatile, cost-e ective, and essential tool for managing waterlogging challenges efficiently.
