The IoT intelligent measurement and control system is a micro-power, multifunctional solution suitable for various environments, integrating the latest technologies such as cloud computing, big data, the Internet of Things, mobile internet, and Beidou communication to achieve data collection, communication, analysis, and monitoring.
Functional Features◆ Through the big data cloud platform, all terminals and status information can be monitored remotely and in real-time, achieving data sharing, eliminating information silos, and providing data query, statistics, and analysis for administrators and decision-makers.◆The interface is intuitive, associating satellite positioning with a map to display the operational status of each link, preventing fraud.◆The system is simple, with data directly uploaded to the cloud. It supports access via Beidou, wireless bridges, etc., even without mobile signals or Ethernet, with no dead zones for access, allowing users to check current data anytime via a mobile app.◆Insight into operational status converts massive operational data into high-value accessible information, displayed intuitively through reports or curves.◆Efficient resource management, scientific operation and maintenance management, intelligent monitoring, and alarms. When monitoring data exceeds standards, alarm information can be actively sent to designated mobile phones, and associated devices can be activated to achieve unattended automation processes.◆The system settings are open, providing rich interfaces and good scalability.◆Built-in PLC (Programmable Logic Controller) functionality enables automated control of on-site equipment.Currently, the equipment has been successfully applied in 18 subcategories across six major categories.
01Ecological Flow Monitoring in Hydropower Stations
◆Monitoring the downstream flow ensures the ecological function of rivers and maintains sustainable development and utilization of water resources.◆Real-time monitoring, communication, forecasting, and alarm for water level, flow, water quality, meteorological data, photos, or videos from various sub-stations in the monitoring area.◆Supports remote multi-level data reporting, with scalability and data reusability. Users can log into the monitoring platform to view real-time data, including water conditions, rainfall information, meteorological data, and statistical analysis of photos or video monitoring data.◆The solution supports online ecological flow monitoring for various scenarios, including downstream hydropower stations, water diversion pipe leakage hydropower stations, and small gate openings.02Drinking Water Quality Monitoring
◆Unmanned 24-hour continuous monitoring on-site, accurately monitoring sanitary indicators and their variations in drinking water, including color, turbidity, residual chlorine (chlorine dioxide), pH, chemical oxygen demand (CODMn), dissolved oxygen, and conductivity.◆Provides scientific basis for drinking water hygiene supervision, early warning and prevention of water safety accidents, and strong support for sustainable economic and social development and building a harmonious society.◆Realizes dual-channel reporting for main and backup stations, ensuring data reliability, facilitating real-time analysis, supervision, and publication of statistics by relevant units.◆The filter has an automatic backwash function, requiring no maintenance and significantly extending maintenance cycles.◆Intelligent monitoring and emergency handling. When monitoring data exceeds standards, alarm information can be actively sent to designated mobile phones, and automated processes such as starting pumps or closing valves can be associated.03Water Resource Monitoring
◆Realizes informatization, automation, and intelligence, providing guarantees for water-saving and scientific water use in irrigation areas.
◆Realizes remote control of water supply, automatic collection of water volume measurement, and real-time image monitoring.
◆Optimizes water resource allocation, improving water use efficiency and ensuring sustainable development of irrigation areas.
◆Comprehensive coverage, supporting full monitoring of main, trunk, branch, and unclassified channels.
◆Using water measurement records, it can analyze and calculate the output loss of water delivery capacity at various levels of channels, statistically analyze irrigation quotas for crops, providing necessary data for planned water use, and also providing design basis for new, renovated, or expanded irrigation areas.
04Integrated Intelligent Control of Wind-Solar Storage Gate Valves
◆Integrated design, compact structure, strong scalability, integrating data collection with programmable logic PLC, with multi-layer security and reliability design.◆Full-line remote automatic control, achieving unattended operation on-site, obtaining comprehensive and reliable raw data, ensuring reliable remote control, and setting up reliable photo capture (video image), power supply, and other auxiliary support systems on-site to guarantee remote control.◆Standardized data structure and integration, achieving comprehensive application of various businesses, unifying the collection and interaction of gate valve monitoring systems, water condition monitoring systems, engineering safety monitoring systems, etc., and achieving unified storage, backup, and maintenance of various business data, enabling centralized management of big data cloud platform centers.◆Data is directly uploaded to the cloud platform center, unifying “one map,” with an advanced and clear overall architecture, without complex underlying technologies, meeting various business application needs.◆Economically more reasonable, and the wind-solar storage power supply system does not consume conventional energy, does not require energy distribution, can be rationally configured according to user load requirements, and can be easily expanded to meet users’ increasing power load requirements, making it the most reasonable, reliable, safe, economical, and environmentally friendly alternative power supply method in areas without electricity.◆Realizes full monitoring of water condition stations along the water delivery line, enabling monitoring of water level, flow, and water quality safety, as well as environmental monitoring along the line, and enabling smart agriculture for scientific irrigation.05Smart City
Monitoring content: waterlogging monitoring, urban river water level, air quality monitoring, sewage monitoring, pipe gallery monitoring, water source monitoring, pipeline monitoring, manhole water level and cover monitoring, etc.Entering the era of the Internet of Everything, we transform information into action, bringing silent products and functions to life, allowing us to make the most accurate decisions based on the most accurate reality. Huazi Technology will continue to strengthen its efforts in cloud and intelligent fields, contributing to the ultimate construction of an intelligent society with perception of everything.