Smart Water and Electricity

Utilize technologies such as the Internet of Things, big data, cloud platforms, artificial intelligence, and digital twins to achieve real-time monitoring, predictive maintenance, optimized resource allocation, and operation management of hydropower, aiming for a safe, efficient, green, intelligent, and intensive modern management of hydropower systems.

Smart Substation

Based on the principles of "independent control, safety and reliability, advanced applicability, and intensive efficiency," inherit and develop the achievements and experiences of traditional substation design, construction, and operation and maintenance, to achieve independent control of the hardware and software of the substation secondary system, safety protection, and efficient management. Meet the business needs of "unmanned operation + remote centralized control" for substations.

Smart Distribution

Based on computer science, measurement and control, network security, and management theory, integrate advanced technologies such as 5G, the Internet of Things, big data, and cloud computing to build an integrated business system for intelligent operation, control, maintenance, repair, and management. The system consists of a master station, sub-stations, communication, and distribution terminals.

Smart Power Supply

The new generation of intelligent power supply system adopts technologies such as digital DSP control, soft switching, and big data, featuring safety and reliability, efficient operation and maintenance, and smart management. This system can completely solve the problem of a whole group failure caused by a single open circuit in series batteries, allowing for online maintenance and automatic detection and capacity verification of the entire battery lifecycle, extending overall lifespan and improving operation and maintenance efficiency and power supply reliability.

Smart Integrated Control

The new generation of intelligent centralized control system integrates an integrated management and control platform for intelligent operation and monitoring, intelligent analysis and processing, intelligent alarm and maintenance, and intelligent decision-making and scheduling. It achieves centralized monitoring, optimized operation, and intelligent auxiliary decision-making for hydropower and comprehensive energy plant clusters, effectively improving resource utilization and operational efficiency of various plants, achieving energy conservation and consumption reduction, and increasing efficiency while reducing costs, thus reaching the goals of digitalization, intensification, and modernization management of hydropower and comprehensive energy.

Intelligent Operation and Maintenance

The intelligent operation and maintenance management system is developed and designed using advanced technologies such as intelligent sensors, the Internet of Things, big data, cloud platforms, and visualization and intelligence. It is widely used in the integrated remote centralized operation and maintenance management system for the operation, control, management, maintenance, and inspection of water conservancy, hydropower, and power distribution, as well as integrated energy project clusters. It aims to achieve standardized, professional, and intensive management goals for water conservancy, hydropower, power distribution, and integrated energy clusters.

Smart Photovoltaics

Using advanced technologies such as optical power prediction, AGC/AVC, group control and adjustment, Internet of Things, big data, cloud computing, and visual configuration, achieve panoramic data monitoring, intelligent analysis, and intelligent decision-making for photovoltaic power plants, improve photovoltaic energy conversion efficiency, reduce operation and maintenance costs, and achieve the goals of intelligent operation and maintenance and intensive management.

Smart Energy

The smart energy management system integrates energy monitoring, scheduling, management, and optimization into a smart management system. The platform focuses on safety, reliability, and efficient energy-saving control, utilizing technologies such as the Internet of Things, cloud computing, big data analysis, and distributed containerization for innovative operation and maintenance management. It achieves multi-energy complementarity, coordinated control, and comprehensive management, aiming for efficient energy use, energy conservation, reduced consumption, and cost reduction through intensive and modern management.

Smart Irrigation Area

Using advanced technologies such as smart sensing, intelligent measurement and control, big data, and cloud computing, achieve panoramic monitoring, forecasting and early warning, water volume scheduling, smart irrigation, and assessment management of the irrigation area through multi-level IoT communication. This information is uploaded to provincial and municipal regulatory platforms to achieve safe, efficient, green, intelligent, and digitalized modern management of the irrigation area.

Smart Reservoir

The smart reservoir system mainly focuses on the collection, statistical analysis, decision-making, and intelligent scheduling of data related to meteorology, water conditions, engineering conditions, drought conditions, and flood disaster conditions in the watershed above the reservoir dam site, as well as in the upstream and downstream related areas. It aims to achieve integrated platform management and control, ensure water resource safety and optimized utilization, and promote green ecological harmonious development.

Smart Water Management

With technologies such as intelligent perception, intelligent control, big data, cloud computing, artificial intelligence, digital twin, AI algorithms, and virtual reality at its core, achieve monitoring of water sources, water condition and quality monitoring, water treatment processes, pipeline monitoring, water delivery monitoring, and smart operation and maintenance management of water services, to reach the integrated, intelligent, and modern management goals of urban and rural water safety, water resources, water environment, water ecology, and water management.

Smart Pump Station

The intelligent pump station system utilizes technologies such as the water conservancy Internet of Things, big data, and cloud computing, applying devices like flow meters, rain gauges, sensors, and intelligent controllers to perform real-time data status collection, intelligent control, remote alarm, etc., achieving status monitoring and visual management of equipment such as pump groups and gate valves, meeting the functional requirements for water conservancy irrigation, flood prevention and drainage, disaster early warning, and more.

Water and electricity products

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