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WideIOT's Smart Water Conservancy Solution builds a global perception network to realize real-time online monitoring, early warning and forecasting of rainfall conditions, water conditions, and project conditions, and supports remote/intelligent control. Through a unified platform, it aggregates and analyzes data, empowering refined management and scientific decision-making for core businesses such as flood control scheduling, water resource management, and irrigation area operation and maintenance, comprehensively improving waterlogging and drought disaster prevention capabilities and water resource utilization efficiency.

Targeting the pain points of water conservancy management, WideIOT uses hydrological and water conservancy gateways and industrial data acquisition terminals to realize water conservancy data collection, comprehensively obtaining the operating conditions of water conservancy equipment and core data of hydrological sensors. It realizes compliant data upload to the supervision platform relying on professional hydrological and water conservancy protocols. On this basis, an integrated intelligent water conservancy management system is built, covering full scenarios such as monitoring visualization, automatic abnormal early warning, dynamic water resource scheduling, and remote equipment operation and maintenance. It not only promotes the transformation of the water conservancy industry's management model from "passive response" to "proactive prediction", but also provides efficient technical support for the sustainable utilization of water resources and water safety protection.

WideIOT provides a comprehensive smart water conservancy digital product system to meet the application needs of different scenarios.
5G/4G networking
WiFi networking
VPN networking
Reconnect after disconnection
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Data Transmission
High-Speed Performance
Network Redundancy
Integrated Security
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IP Address Translation
Cross-Segment Access
Network Isolation Protection
VPN Networking
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Equipment access
Efficient data collection
Configuration Control
Data analysis
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Remote configuration
Remote debugging
Remote upload and download
Remote maintenance
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Project monitoring
Device interconnection
No public IP required
Fast and low cost access
View details→For different application scenarios of Smart Water Conservancy, provide customized solutions.
In recent years, influenced by global climate change and human activities, the frequency and intensity of extreme weather events have increased, imposing new and higher demands on the safe operation of reservoir engineering. Therefore, establishing a reservoir rainfall and water level monitoring and dam safety early warning system enables comprehensive control over reservoirs and dams. This system provides reliable data support for flood control, disaster mitigation, peak shaving, and dry-season water supply, ensuring the safe and stable operation of water conservancy facilities.
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The scale of irrigation districts continues to expand, and their level of informatization is steadily improving. By implementing an intelligent irrigation district information monitoring and management system, real-time tracking of water resource changes within the districts is achieved. This plays a vital role in ensuring the safe operation of irrigation projects, optimizing water resource allocation, enhancing water utilization efficiency, and advancing the development of high-standard farmland.
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Groundwater is a vital freshwater resource that not only plays a crucial role in ensuring water supply for urban and rural life and production but also serves an indispensable function in safeguarding ecological and environmental security. However, excessive groundwater extraction and water pollution issues in recent years have posed serious threats to groundwater safety.
By implementing dynamic monitoring and management of groundwater, various groundwater-related problems can be detected in a timely manner. This enables the adoption of appropriate measures to prevent issues such as excessive groundwater extraction and water pollution disasters, ensuring the rational utilization of this limited water resource.
In recent years, the combined effects of global climate change and human activities have intensified, leading to frequent flooding in small and medium-sized rivers. This poses a serious threat to the lives and property of the people. Therefore, implementing real-time online monitoring of small and medium-sized rivers to understand rainfall and water level data and take timely measures can help reduce the occurrence of flooding disasters and better safeguard the lives and property of the people.
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Rivers and lakes serve as vital water resources and ecosystems, with their hydrological conditions significantly impacting production, daily life, and the ecological environment in surrounding areas. Traditional hydrological monitoring methods suffer from limitations such as restricted coverage and delayed data updates, making it difficult to achieve real-time, comprehensive oversight of river water levels, flow rates, water quality, and other critical information. To effectively prevent flood disasters, protect water resources, and maintain ecological balance, there is an urgent need for an advanced hydrological monitoring and early warning system for rivers and lakes.
View details →Numerous enterprises choose WideIOT to jointly promote enterprise digital transformation.
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