SANCHUAN water meter software, a powerful water meter reading software, analyzes NB‑IoT water meter uploads to detect leaks, issue targeted work orders, and significantly reduce non-revenue water. Advanced algorithms prioritize interventions, optimize resource dispatch, and drive operational efficiency for utilities and help user save water.
SANCHUAN’s software, a comprehensive water meter reading software, enables utilities to monitor real-time consumption, detect leaks, and analyze usage patterns using NB-IoT data. Automated alerts and performance dashboards support rapid decision-making, reduce labor for manual readings, and help meet regulatory compliance. This robust water meter reading software streamlines operations, minimizes non-revenue water, and improves customer service.
Built on scalable IoT architecture, the platform integrates easily with NB IoT, LoRaWAN, and wM Bus meters. Its modular design supports multi tenant deployment, cloud or on premise environments, and adherence to ISO/OIML/RED standards. This ensures seamless expansion from small pilot projects to utility wide rollouts .
Choose SANCHUAN for its proven track record and software built in-house with over 419 patents and software copyrights. Utilities benefit from reliable leak detection, optimized maintenance through work order automation, and advanced analytics to drive down non revenue water. The solution delivers tangible ROI—less water loss, lower operational costs, and enhanced network efficiency.
Yes, you can. Modern smart water meters equipped with pulse output or electronic registers send usage data via networks such as NB IoT, LoRaWAN, cellular or Wireless M Bus. Utilities and customers access this data remotely—hourly or daily—for billing, usage insights, and leak detection.
Only valve-controlled smart meters support this. They include an internal motorized valve that utilities (or owners) can close remotely via NB-IoT or other networks—useful for non-payment, emergency shutdowns, or theft prevention. Non-valve meters can be read remotely but lack shut-off capability .
