What would happen when you are surrounded by too much water? No, we are not talking about Venice the floating city. In general, everything will be devastated and there you would need a highly advanced system to monitor and predict future happenings much before they happen.
Here is a write-up telling you about such a system that helps you overcome the challenge of monitoring the river levels.
IoT technology makes it possible to monitor the river levels with utmost accuracy and provides real-time information about every inch of the riverâ€™s level. One of its main applications is the river monitoring system, which comprises of advanced sensor devices to offer better control over the river level readings. The Internet of Things is one of the fastest-growing technology in the water sector with an expected market valuation in the water of $53.8 billion in the year 2024. The technology mainly focuses on overcoming daily life challenges to maintain a healthy environment around all of us.
Talking about the usage of IoT to keep track of river levels, implementing a smart system is a beneficial step to take in recent times. With the rapid increase in population, it becomes a mandatory thing to manage naturally occurring disasters like floods to avoid casualty losses. Also, utilizing the benefits of IoT technology in our lives not only makes us smarter but helps in predicting future scenarios.
Additionally, there is a profound merger of digital twin and IoT technology in the water industry, which makes IoT all-the-more exciting and profitable to use. We can also say that this merger is causing a revolution to interconnect the industrial assets and people for a major transformation. It increases the skill set of the authorities to make better decisions and anticipate the results of real-world situations.
IoT utilizes the concept of advanced analytics to predict the occurrence of floods in a particular region. Technologically, if a city possesses smart IoT applications and methods, it is easier for the authorities to keep a real-time check on the rising river levels. As soon as the water level rises up, they can then get instant updates and have sufficient time to ask the residents for evacuation, preventing the devastating consequences.
The Internet of Things has become a business savior for the industries with much greater potential. Letâ€™s learn more about the applications of an IoT powered river level monitoring system and its business benefits.
Applications of a River Level Monitoring System
River Level Monitoring System for Flood Warnings
It is a bit difficult for the authorities to keep track of the river levels manually as there are extreme life risks involved with the uncertainty of the weather conditions. In places where there are frequent weather changes, it is hard to calculate the river levels through manual records. Therefore, there comes a need for a technologically sound system that holds enough potential to track down the real-time information of the river levels in accurate numbers.
Here's what you can do with a smart river monitoring system:
Set the time limits to measure level readings every second, hour, or as per your requirements
Use the data backup to obtain the readings at any time, even when there's no internet connectivity
Keep a real-time check on every increased or decreased inch of the water level
Connect multiple devices on a single platform for clean management
Predict the possibility of the incoming floods in a particular region
IoT enabled river level monitoring system provides automation and precise measurement of the river levels so that you can obtain results with accuracy. The system is equipped with advanced level sensor devices to capture the river level data inch-by-inch and save the same for future analysis. This historical data is then analyzed to predict results and future situations, where the rising or falling river levels could cause devastation.
River Monitoring System in Sewage Treatment
The sewage network is a vast system of wastewater distribution from users to treatment plants through lifting stations or pumps. In the rainy season, the sewage water levels often increase with the mixing of rainwater, which results in overloading the sewage network. This calls in for the requirement of a smart system that works on advanced concepts of IoT to mitigate the over spilling challenges.
Manually, it is quite risky and difficult to visit the site and record the level readings. So, it is a better alternative to make use of technology for smarter results. IoT technology aims to convert the systems into intelligent sources that would work automatically with the help of sensors. A river level monitoring system is one of such solutions which when installed on the water storage containers fetches relevant level data and sends the readings on a cloud server. This helps the authorities to analyze the areas when and where the sewage water is rising and generates instant alerts. Additionally, the system also offers the managers to set threshold limits so that there is early detection of the rising water levels. This enables better decision-making and prevents overfilling of the sewage tank.
Here's what you can do by implementing a smart river monitoring system into your sewage plant:
Set the threshold limits to avoid over spilling of water in monsoons
Get instant alerts as soon as the water level increases the set limit
Optimize the sewer capacity with the water level data
Automated scheduling of maintenance procedures when water levels are low
Enable data logging for every change in the wastewater level
The IoT powered river monitoring system offers accurate level measurement of the water. It is especially designed to mitigate flood risks by predicting the rise in water levels. The water authorities are widely using this solution to overcome the challenges related to rising and falling water levels. Even in the regions where drought prevails, the system is highly beneficial to maintain sufficient water supplies for consumption. It helps in keeping a consistent record of inventory stocks, resulting in better management.