Our team is designing a smart water C&C dashboard for a smart city initiative. As we look into the current smart water system landscape, we couldn't reconcile to a definitive solution that tells:
- 1) What are the primary sensors and where they should be installed?
- 2) How exactly can we detect/infer water leakage in the network?
- 3) How can we reduce non-revenue water (NRW)?
- 4) How can we optimize billing and billing resolution?
Our focus now is to create use cases by studying already implemented solutions such as https://sensus.com/internet-of-things/smart-water/ . In short, how we go about defining the requirements for the sensors (data) to match the created use cases? Also, if any standards are available to follow as a guideline would be beneficial.
To use the inner fiting of water supply system and don't use the nal for water supply to use button system
In my opinion, a smart water system should include the following subsystems:
1- Smart monitoring for resources and consumption
2- Smart fixtures and fittings
3- Smart recycling system.
4- Smart rain collector system (if applicable)
To help cities better understand their water systems, IoT applications can provide continuous data that allows water managers to measure better, communicate easier, analyze faster, and improve the revenue of a system. Managing supply and demand is of the utmost importance in building a sustainable water network, and IoT applications are uniquely well-suited to address this exact issue.
Smart water systems can provide insight to the exact stage of water quality as the water is going through one of the various water disinfection treatment phases.
For example, internet-connected sensors can determine hydraulic modeling to identify issues with volume, quality, or pressure within the system, enabling greater operational efficiency of a plant.
Sensors can also detect water quality, flow, leaks, and energy usage in cisterns and water pumps
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