Water security and water resource management have become key factors influencing social and economic development. In many urban and rural areas of Shaanxi Province, drilling stations and hydrological monitoring points still rely on manual methods for data collection. This traditional approach not only poses safety risks to personnel but also leads to inaccurate measurements, lack of real-time data, and inefficiencies in water supply management. With the rise of the Internet of Things (IoT) and information technology, there is a growing need to modernize these systems. By implementing automated solutions, water supply networks can be managed more efficiently, ensuring safer operations, reducing energy consumption, saving water resources, and lowering operational costs.
The system integrates advanced technologies such as software image recognition, wireless GPRS communication, mobile telecommunications, and IoT to enable remote centralized monitoring and control. This allows for real-time data acquisition, display, alarms, automatic pump control, and efficient water distribution. The system is designed to monitor deep well water levels, temperature, reservoir levels, pump power, flow rates, and pipeline pressure, transmitting all collected data to a central management center for analysis and decision-making.
On-site requirements include real-time monitoring of deep well water levels and temperature, as well as control of reservoir levels during the water supply process. Data from electromagnetic flowmeters, pressure sensors, and other equipment are collected and analyzed centrally. The system provides visual displays, live sound and light alerts, automatic pump activation, and alarm notifications to alert staff when water levels exceed safe limits.
The system block diagram illustrates the integration of IoT gateways, deep well level transmitters, electromagnetic flowmeters, and pressure sensors connected through wired or wireless modules. These components communicate with a central control unit, enabling automated water management and remote monitoring.
In Weinan City, Shaanxi Province, all water supply plants and rural drilling teams have been integrated into a unified monitoring network. The system covers a wide area with numerous monitoring points, allowing for centralized oversight and real-time data transmission via the internet. Each station is equipped with level and temperature transmitters, flow meters, and pressure sensors, ensuring accurate and reliable data collection.
This smart water supply system not only automatically monitors pump output and water levels but also includes an emergency manual control feature to ensure uninterrupted water supply. It reduces the workload of on-duty personnel, improves efficiency, and enables better decision-making by water supply authorities. The user-friendly interface and real-time alerts allow staff to quickly respond to any anomalies, preventing potential failures and maintaining service quality.
Our company's deep well level transmitters are designed with special wiring to extend product lifespan. Other wired sensors ensure stable and reliable data transmission. The system connects to a cloud platform, offering an intuitive human-machine interface, automatic water level control, alarm systems, and SMS notifications. This helps staff make timely decisions and effectively address issues before they escalate.
The system has been successfully implemented in various locations, with live images showing its operation in real time. From monitoring stations to control centers, the system ensures efficient, safe, and sustainable water management across urban and rural areas.
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Shenzhen Jentc Technology Co., LTD , https://www.phenyee.com