8 Benefits of Using IoT Powered Real-Time Level Solution

Internet of Things on an industrial-scale offers a myriad range of benefits in terms of remote monitoring, data gathering, device interoperability, and automation. While these benefits are quite prevalent in any IoT system, another valuable benefit, though quite rudimentary, is real-time tracking.

Real-time tracking is the ability of an IoT system to collect live data from endpoints like sensors and actuators through gateways and display it on a dashboard. This is one of the primary attributes of Internet of Things technologies that have made it a dominant technology of the modern era.

A great example of this type of IoT application can be seen in the field of liquid level identification and monitoring. Specially designed sensors that operate on sound or ultrasonic wave propagation measure the level of liquid in any closed or open medium. This is then reflected instantly on the dashboard.

While there are several other real-time level solutions, the benefits of an IoT powered solution outweighs any other system. Here are the benefits of using IoT solutions for monitoring liquid levels.

1. Wireless Architecture

Internet of Things is a completely wireless technology that allows for the sharing of data in an interconnected environment that is completely cable-free. From sensors to gateways, all the devices are battery operated and have a wide range of connectivity, making them suitable for remote installations.

Hence, this wireless architecture, along with saving asset costs associated with wire procurement, also enables the solution to be implemented at a very large scale. Hence, this solution is highly scalable and modular for all type of implementations

2. All Tanks and Liquid Supported

The IoT-based level monitoring system is functional for all kinds of tanks and reservoirs. It doesn’t matter if they are moving or stationary, symmetrical or asymmetrical, round or cuboidal, open or closed, or is installed above or below the ground; the level of liquid can be effectively monitored in real-time.

Also, since sensors can measure liquid level without making any contact with the liquid or tank, this IoT solution can be used for any kind of liquid. Let it be water, acid, juice, or a beverage, there are all solutions for all liquids like IoT fuel level monitoring system.

3. Effective Storage

With pre-installed algorithms and calculative features of the IoT system, the volume of liquid present in any tank or container can be easily calculated. Real-time level monitoring from all the tanks and reservoirs hence enables users to keep track of available liquid at all times

This is specifically a very useful benefit for industries, as they can use it to know the amount of liquid they have for their on-floor activities and can accordingly maintain their stock levels.

4. Multi-Channel Notifications

The real-time monitoring solution can be configured to gain alerts whenever the level of water in any storage container drops or exceeds the required limits. Thresholds and tolerances can be put in place for each tank based on its height to gain alerts whenever the liquid level fluctuates beyond a particular range.

These alerts can be obtained on multiple channels in the form of push notifications, SMS, email alerts, or even in-app messages.

5. Remote Operability and Control

A real-time level solution along with other applications of IoT technology can be used to facilitate and control the storage of liquids in tanks. The remote control capability of this technology can be used to access valves, switches, and taps.

This remote operability and control can also be automated to shut down actuators and other devices whenever the liquid level crosses a particular limit.

6. Applicable for Flowing and Stationary Liquids

The real-time liquid solution can be used to track the liquid level of not only liquid that is enclosed in a container but as the liquid that is flowing like sewers or rivers. The contactless monitoring of liquid level comes into action and enable level tracking of flowing liquid in large open conduits, river channels, streams, and canals.

7. Data Management

Data associated with the liquid level when ingested and collected over a long time can be managed and visualized quite effectively on an intuitive IoT dashboard. These data points can be tabulated based on consumption per day, week, month, or year, or any other factor.

The data can also be converted into a graphical or visual format for easy visualization and gather useful insights immediately.

8. Predictive Analytics

With the ability of advanced analytics, IoT real-time level solutions can do much more than just display information. The gathered real-time historical data of liquid consumption when analyzed and processed using in-built algorithms and analytics capabilities, can forecast or predict future liquid requirements.

Conclusion

The power of the Internet of Things technology lies behind its advanced features and functionalities. One such feature is its real-time data ingestion that enables users to collect data from endpoints located at faraway locations in real-time.

This feature offers a wide range of advantages when used effectively. In the field of the liquid level monitoring system, these benefits help industries to manage their liquid stock levels, analyze their consumption, and reduce liquid wastage.

IoT is hence a cutting-edge technology that is helping companies to manage their liquid needs efficiently.