Comprehensive Industrial IoT Solution for the Water Conservancy Industry
In the wave of digital transformation in the water conservancy industry, industrial IoT technology plays a crucial role. This solution focuses on the water conservancy industry. With highlights such as rich protocols, stable products, comprehensive solutions, diverse scenarios, multiple networking methods, and water conservancy industry certifications, it provides one-stop industry product procurement services. It is committed to creating an all-round and intelligent monitoring and management system for the water conservancy industry, enhancing the operational efficiency and safety of water conservancy business.
Rich Protocols: It supports multiple communication protocols, enabling seamless docking with equipment from different manufacturers and meeting the integration requirements of various equipment in complex water conservancy systems.
Stable Products: After rigorous testing and long-term practical verification, they ensure stable operation in harsh water conservancy environments, reducing failures and maintenance costs.
Comprehensive Solutions: It covers multiple water conservancy business scenarios such as rainfall and water level monitoring, reservoir and dam safety monitoring, and flood disaster early warning monitoring, providing one-stop solutions.
Diverse Scenarios: Tailored solutions are designed according to the characteristics of different water conservancy scenarios, precisely meeting various business requirements.
Multiple Networking Methods: It supports various networking methods such as 4G/5G LTE routers, 4G modems, and serial to Ethernet, ensuring the stability and real-time performance of data transmission.
Water Conservancy Industry Certification: The products comply with relevant standards and regulations in the water conservancy industry and have obtained authoritative certifications, providing reliable guarantees for project implementation.
One-stop Procurement: It offers a full range of products from monitoring equipment to software platforms, facilitating centralized procurement for customers and reducing procurement costs and management difficulties.
Rainfall and water level monitoring is a key barrier for emergency flood control. This solution achieves unattended monitoring by intelligently and automatically collecting, storing, and reporting information such as rainfall and water levels.
Power Supply System: It adopts a self-developed solar power supply system. Its BMS under-voltage self-start function is maintenance-free, with a full capacity and wattage without false labeling. It supports APP power display and remote operation and maintenance. The integrated battery pack is encapsulated with waterproof and dustproof features, ensuring stable power supply in harsh野外(outdoor) environments.
Remote Terminal Unit (RTU): The SL300 RTU is widely used in the field of water conservancy information monitoring. It features 4G/5G communication and dual network ports for flexible data transmission. With a dual-core 1.2GHz processor, it can support up to 2,000 collection points, meeting large-scale monitoring requirements.
Rain Gauge: A double-tipping bucket rain gauge is used, which has high accuracy and small errors. Its stainless steel shell is corrosion-resistant and reliable, widely used in meteorological and hydrological monitoring fields to accurately record rainfall data.
Water Level Gauge: The radar water level gauge uses millimeter radar waves for non-contact installation. It has the characteristics of high accuracy, low power consumption, and strong anti-interference ability, enabling real-time and accurate monitoring of water level changes.
This system helps water conservancy bureaus and reservoir management departments comprehensively grasp parameters such as reservoir rainfall and water levels and dam safety, achieving multi-level early warnings and providing timely and accurate bases for reservoir safety management and operation scheduling.
MCU: It can realize functions such as patrol measurement, selective measurement, point measurement, automatic patrol measurement, and parameter setting according to commands from the upper computer or central station. The low-power design extends the service life of the equipment and reduces energy consumption.
Piezometer: As a measuring weir, it is composed of a vibrating wire sensor and leads installed in a piezometric tube. It accurately measures the dam's seepage pressure and timely detects potential safety hazards.
Collaboration with Other Products: Equipment such as seepage flow meters, rain gauges, and GNSS displacement monitoring devices work in collaboration with the solar power supply system to comprehensively monitor the safety status of reservoir dams.
It consists of three parts: a rainfall and water level monitoring station, a monitoring and early warning platform, and an early warning broadcasting system, ensuring the timely and accurate uploading and dissemination of early warning information and reducing casualties and property losses.
Radar Flowmeter: It is installed in a non-contact manner and adopts an intelligent flow algorithm. It is widely used in the field of water conservancy and water affairs, enabling real-time and accurate monitoring of flow data.
Early Warning Broadcasting System: The early warning broadcasting host works in conjunction with the RTU, rain gauge, and solar power supply system. After receiving early warning information, it promptly issues alarms to potentially affected areas through broadcasting, reminding personnel to take preventive measures.
The system includes environmental data acquisition instruments, water quality multi-parameter detectors, liquid level gauges, water quality ion probes, etc. Combined with deep displacement monitoring facilities and automatic water sampling and drainage systems, it automatically collects data such as groundwater hydrology, water volume, water quality, water temperature, and flow rate at measurement points.
Low-power Data logger SC360: It monitors pipeline network pressure, has a built-in large-capacity battery, and features a waterproof design. It can adapt to harsh environments in underground pipe wells, ensuring long-term stable operation.
Liquid Level Gauge: It uses imported diffused silicon for high-precision measurement and has an IP68 protection rating. With an anti-blocking design, the measurement range and communication method can be selected according to requirements, accurately obtaining groundwater level information.
Water Quality Sensor: It has an IP68 protection rating, is corrosion-resistant and waterproof, and features intelligent temperature compensation and automatic calibration functions. It supports remote data monitoring, enabling real-time grasp of groundwater quality conditions.
It focuses on the monitoring of secondary water supply equipment, water quality monitoring, energy consumption monitoring, pump station environment monitoring, and security monitoring, achieving comprehensive monitoring and management of the water supply system.
Pump Station Control Gateway M300: It has a PID constant pressure control function and can be connected to equipment such as water immersion sensors, liquid level gauges, and cameras to monitor the pump station environment and equipment status in real time, ensuring the stable operation of the water supply system.
Temperature and Humidity Sensor: It uses imported sensors with high sensitivity and has an IP65 dustproof and waterproof rating. The 4~20MA/RS485 interface can be selected to accurately monitor the temperature and humidity environment of the pump station.
Infrared Meter Reader: It supports DL/T645 and 698 protocol transparent transmission and conversion, baud rate check adaptation, Bluetooth configuration, and installation without breaking, enabling convenient and fast reading of water meter data.
Water Quality Sensor and Temperature-Vibration Sensor: The water quality sensor has an IP68 protection rating, is corrosion-resistant and waterproof, and features intelligent temperature compensation and automatic calibration for remote data monitoring. The temperature-vibration sensor can realize three-axis vibration and temperature monitoring, with touch-absorption or threaded installation, and provides free cloud platform monitoring services.
4G/5G Camera: It has dual functions, featuring electronic fences and voice intercom capabilities, enabling real-time monitoring of the pump station's security situation.
It achieves real-time collection, reporting, and processing of data such as water levels, precipitation, flow rates, flow velocities, water quality, gate opening degrees, and soil moisture in river basins.
Water Quality Monitor: With an integrated box design, it can simultaneously monitor multiple parameters such as pH, ammonia nitrogen, COD, residual chlorine, suspended solids, turbidity, and oil in water, which can be freely combined according to requirements to meet the water quality monitoring requirements of different hydrological monitoring scenarios.
Collaboration with Other Products: Equipment such as solar power supply systems, RTUs, rain gauges, and radar flowmeters work together to build a comprehensive hydrological monitoring network.
It provides effective solutions for requirements such as pipe network data collection, analysis, early warning forecasting, and management command.
Ultrasonic Radar Flowmeter: It can measure both full and partially full pipes, adopting a dual-wave flow measurement mode of radar + ultrasound. Installed at the top of the pipeline, it can effectively reduce the impact of sedimentation and garbage on the equipment and accurately obtain pipe network flow data.
Collaboration with Other Products: Equipment such as water accumulation monitors and pipe network RTUs work in conjunction with the ultrasonic radar flowmeter to achieve comprehensive monitoring and management of underground pipe networks.
As one of the main equipment for the information construction of irrigation areas, it targets the flow control of the entire basin from water conservancy hubs to diversion canals and then to drainage canals in open-channel irrigation, achieving unattended and intelligent control.
Solar Power Supply System: It provides stable power support for the gate control system, ensuring the long-term operation of the equipment in the wild.
Intelligent Gate Controller: It precisely controls the opening and closing of the gate, enabling intelligent flow regulation.
Water Level Gauge and Gate Position Gauge: They monitor water level and gate position information in real time, providing accurate data bases for gate control.
This comprehensive industrial IoT solution for the water conservancy industry, with advantages such as rich protocol support, stable and reliable products, comprehensive scenario coverage, diverse networking methods, and water conservancy industry certifications, combined with one-stop procurement services, provides efficient, intelligent, and reliable solutions for water conservancy industry customers. Through the collaborative work of solutions for different scenarios, it achieves digital and intelligent management of water conservancy business, enhancing the overall operational efficiency and safety of the water conservancy industry and providing strong support for the sustainable development of the water conservancy cause.
