Solution

HiPower_Water Level and Flood Surveillance

Hipower Solution

Rainfall and Water Level Surveillance

◆ Urban and Mountain River Water Level Surveillance
◆ Rainfall Surveillance in Mountain and Specific Areas
◆ Solar-Powered Lora Transmission

☁ Rain Gauges in Mountain River Streams :
Utilize microwave water level detectors, range 0~70m.
☁ Urban River Rain Gauges :
Utilize ultrasonic water level detectors, range 0~30m.
☁ Dredged River Channels :
Use submersible sensors, range 0~15m
☁ Urban Road Flooding :
AI image detection and recognition for surface water monitoring

Overall, the iHMS system effectively addresses various challenges in the field of water resource management through technological integration, smart applications, and comprehensive information support. It enhances management efficiency, reduces disaster risks, and improves information transparency and real-time accessibility.

intelligent Hydrological Surveillance Information Management System

Application Areas

Effectively monitor and prevent, provide safety warnings, and offer real-time notifications to ensure the safety of personnel and vehicles.

River Management
River Management
Can be utilized to monitor river water levels, water quality, and other information, assisting river management authorities in effective river monitoring, resource management, and environmental protection.
Flood Control System
Flood Control System
In low-lying areas or regions prone to flooding, real-time monitoring of rainfall and water level information provides the operation of flood control systems and disaster warnings.
Park Water Reservoirs
Park Water Reservoirs
For large parks, monitoring and managing water levels in water reservoirs ensure an adequate water supply for the park's water needs while preventing wastage.
Reservoir Management
Reservoir Management
Applicable to reservoir monitoring and management, including real-time monitoring of water levels, water quality, and capacity, ensuring efficient operation and resource utilization of reservoirs.

Firefighting Water Tanks
Firefighting Water Tanks
In urban and industrial areas, monitoring and managing water levels in firefighting water tanks ensure an adequate water supply for firefighting emergencies.
Industrial Irrigation Channels
Industrial Irrigation Channels
In agriculture and industrial water use, assisting in monitoring and managing water volume in irrigation channels enables effective irrigation management, improving water resource utilization efficiency.
Aquaculture
Aquaculture
Used to monitor water quality, water temperature, and other information in aquaculture areas to ensure the health and productivity of aquatic organisms.
Groundwater Monitoring
Groundwater Monitoring
Used to monitor groundwater levels and quality, assisting in the management and protection of groundwater resources, and preventing over-extraction and groundwater pollution.


Intelligent Hydrological Surveillance Management Video

In coastal and flood-prone areas, IoT sensors from Vida.ai play a crucial role in monitoring water levels, predicting potential floods, and preventing environmental disasters.

Benefits

Instant Response Capability Enhancement

Instant Response Capability Enhancement

The system, through real-time monitoring and intelligent early warning, enables managers to quickly grasp changes in water conditions, anticipate potential flood risks in advance, thereby strengthening the ability for instant response and reducing losses.
Cost-Effectiveness

Cost-Effectiveness

In long-term operations, the system's intelligent management and monitoring functions help organizations allocate resources more effectively, reducing unnecessary losses. This improves the overall management efficiency of water resources, leading to long-term cost-effectiveness.
Increased Resource Utilization Efficiency

Increased Resource Utilization Efficiency

The system's smart gate control function, coupled with automated regulation and predictive models, facilitates more effective management of gate opening and closing. This enhances the efficiency of water resource utilization and reduces wastage.
Cost Savings through Remote Monitoring

Cost Savings through Remote Monitoring

The system's smart gate control function, coupled with automated regulation and predictive models, facilitates more effective management of gate opening and closing. This enhances the efficiency of water resource utilization and reduces wastage.
Enhanced Environmental Monitoring for Ecological Conservation

Enhanced Environmental Monitoring for Ecological Conservation

The system integrates environmental monitoring functions, enabling real-time monitoring of surrounding environments. This strengthens ecological protection, ensuring effective maintenance of river and water ecosystem.
Improved Information Transparency

Improved Information Transparency

Providing on-site information collection and management systems makes hydrological information easy to understand and analyze. This increases information transparency, assisting decision-makers in formulating clear water resource management strategies.
Enhanced Public Safety

Enhanced Public Safety

Through real-time notification mechanisms and linked control features, the system contributes to enhancing public safety, safeguarding residents in communities and cities.
Reduced Flood Risk

Reduced Flood Risk

The system integrates various hydrological information, including water levels, water quality, meteorological data, providing comprehensive hydrological data analysis. This aids in precise prediction and reduction of flood risks, ultimately safeguarding the safety of people and property.


iHMS（intelligent Hydrological Management System）

Application Actual Cases

Automatic Hydrological Measurement and Gate Remote Monitoring

Automatic Hydrological Measurement and Gate Remote Monitoring

 This involves the establishment of equipment for water level monitoring, image surveillance, and remote gate control for main waterway pipelines and facilities such as sedimentation tanks. This aims to capture real-time information on water levels and flow rates and implement intelligent control for enhanced monitoring and management.

Automatic Hydrological Measurement and Gate Remote Monitoring

 This involves the establishment of equipment for water level monitoring, image surveillance, and remote gate control for main waterway pipelines and facilities such as sedimentation tanks. This aims to capture real-time information on water levels and flow rates and implement intelligent control for enhanced monitoring and management.