Challenge
The challenge is to manage and monitor the distribution of water across municipalities and shared water schemes. One of the elements is to maintain a remote overview on water levels in various silos, tanks and reservoirs.
The key element of the toolset is to offer predictive analytics and maintenance tools to users who are offsite. The tools and data management must offer the ability to address issues in supply in real-time.
In this particular instance the quality of materials and enclosures needs to be appropriate for industrial standards. The network coverage for the installations must cover remote locations as well as those well covered by network infrastructure.
The challenge is to manage and monitor the distribution of water across municipalities and shared water schemes. One of the elements is to maintain a remote overview on water levels in various silos, tanks and reservoirs.
The key element of the toolset is to offer predictive analytics and maintenance tools to users who are offsite. The tools and data management must offer the ability to address issues in supply in real-time.
In this particular instance the quality of materials and enclosures needs to be appropriate for industrial standards. The network coverage for the installations must cover remote locations as well as those well covered by network infrastructure.
Solution
IoT solution level metering is a smart water management system that integrates with the Water Monitoring IoT platform Qdata to provide data-driven insights.
This system uses ultrasonic sensors to measure water levels in real-time and send the collected data to the Qdata platform. It can also detect potential leaks and water supply network problems through comparison and analysis of data from different measurement points.
This solution enables better management of water resources and can help reduce water wastage by alerting the users to potential problems.
IoT solution level metering is a smart water management system that integrates with the Water Monitoring IoT platform Qdata to provide data-driven insights.
This system uses ultrasonic sensors to measure water levels in real-time and send the collected data to the Qdata platform. It can also detect potential leaks and water supply network problems through comparison and analysis of data from different measurement points.
This solution enables better management of water resources and can help reduce water wastage by alerting the users to potential problems.
Results
Internal battery level- Network Bearer- Radio Signal Strength- Link Quality- Serving Cell ID- Mobile network code- Mobile country code- Signal SNR- Cell LAC/TAC- Total value on Digital input 1- Samplings on Digital input 1- Samplings of 4-20mA input
System performance- Over 1 week reporting without power supply- Data transmission in poor LTE coverage areas- Accuracy over 99.7%
Project benefits- Water usage statistics- Pumping station management data provided realtime- Leak detection- Over consumption alarms
Internal battery level- Network Bearer- Radio Signal Strength- Link Quality- Serving Cell ID- Mobile network code- Mobile country code- Signal SNR- Cell LAC/TAC- Total value on Digital input 1- Samplings on Digital input 1- Samplings of 4-20mA input
System performance- Over 1 week reporting without power supply- Data transmission in poor LTE coverage areas- Accuracy over 99.7%
Project benefits- Water usage statistics- Pumping station management data provided realtime- Leak detection- Over consumption alarms