Refined Management of Reservoir Water Storage
In the reservoir water storage stage, the Alotcer AltRTU600S water supply network RTU can directly connect to multiple types of sensors such as water level gauges, rain gauges, and osmometers, collecting core data including reservoir water level, reservoir area rainfall, and dam seepage pressure at minute-level high frequency. Relying on the device’s built-in hydrological industry standard protocols, the collected data can be synchronously uploaded to the dispatch platform without secondary conversion. Combined with weather forecasts and historical inflow data, the system can automatically generate optimal water storage plans: reserving flood control storage capacity in advance before the flood season arrives, and reasonably raising the water storage level before the dry season arrives. This completely changes the past situation of manual periodic readings and delayed dispatch, enabling reservoir water storage to shift from “passive waiting” to “active planning.”
Real-Time Monitoring and Risk Warning Across the Entire Water Transmission Chain
After entering the water transmission stage, Alotcer water supply network RTUs are deployed at water transmission trunk pipes and partitioned pipeline network nodes downstream of the reservoir dam, collecting parameters such as pipeline flow, pressure, and water quality in real time. When abnormal pressure drops or sudden flow surges occur in the pipeline network, the device can trigger a local edge alarm within seconds and synchronously upload abnormal location data, helping operation and maintenance personnel quickly locate leakage points and compressing troubleshooting time from several hours in the past to the minute level. At the same time, the device supports redundant multi-channel transmission. Even if a network interruption occurs at a field site, large-capacity local storage can fully retain the original water transmission data, and data is automatically retransmitted after network recovery. This avoids the loss of water transmission data caused by network outages and ensures that the entire long-distance water transmission process is traceable and controllable.
Coordinated Dispatch of Terminal Water Supply with Dynamic Supply-Demand Matching
In the terminal water supply stage, Alotcer water supply network RTUs work in coordination with terminal devices such as water plant pump stations, high-level storage tanks, and remote water meters of large users to build a dynamic water quantity balance model. Based on real-time collected partitioned water use data, the system automatically adjusts the opening of reservoir outlet gate valves and the operating load of pump stations: during the morning peak of residential water use, it coordinates with the reservoir to increase water transmission flow while releasing pipeline network storage water to fill the supply gap; during the nighttime low water use period, it reduces reservoir water transmission while simultaneously storing water in clear water tanks and high-level tanks, shaving peaks and filling valleys, and avoiding pipeline burst risks caused by oversupply. Through this coordinated mechanism, the unplanned water outage time of the water supply system can be greatly reduced, and the pipeline network leakage rate can also be effectively controlled.
Core Advantages of Alotcer RTUs in Scenario Adaptation
Unlike traditional terminals that only have a single data collection function, Alotcer water supply network RTUs deeply integrate a low-power hardware architecture, multi-link communication capabilities, hydrological standardized protocols, and remote operation and maintenance functions. They can quickly connect to existing reservoir and water utility platforms without complex modification, helping water conservancy units in various regions build unattended full-chain water regime collection systems and truly achieve data coordination and dynamic balance across the three stages of reservoir water storage, water transmission, and water supply.
FAQ
Q1: Can the Alotcer AltRTU600S water supply network RTU simultaneously adapt to sensors in two different scenarios: reservoir dam monitoring and urban water supply pipeline networks?
A1: Yes. The device is equipped with multiple acquisition and communication interfaces and natively supports the full series of hydrological and pipeline network sensors for water level, rainfall, gate position, flow, pressure, and more. It can simultaneously connect to monitoring equipment at both the reservoir end and the pipeline network end without additional conversion modules.
Q2: At field water transmission points without mains power, can Alotcer RTUs operate stably over the long term?
A2: Absolutely. The device adopts an industrial-grade low-power design, supports solar power supply and wide-voltage access, and with software and hardware watchdog mechanisms, can achieve 7×24 stable operation in extreme environments such as no mains power and high or low temperatures, adapting to unattended field deployment needs.
Q3: After deploying Alotcer water supply network RTUs, can they directly connect to existing water conservancy bureau regulatory platforms?
A3: Yes. The device natively supports national hydrological industry standard protocols such as SL651 and SL180, and is also compatible with general IoT protocols such as Modbus and MQTT. It can quickly complete integration without large-scale modification of existing platforms, achieving synchronous data upload and sharing.
