By utilizing advanced 4G/lorwan technology and sensor equipment, automated irrigation control can be achieved by monitoring information such as soil moisture, meteorological conditions, and plant water requirements
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Sub-Functional Module
AI Smart Irrigation Control | Soil Monitoring | Weather Sensitive | Water Usage Statics
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GIS Visual irrigation Zone Planning
It can accurately analyze land attributes and water resource distribution, optimize irrigation plans, and improve efficiency. Digitally monitor irrigation areas, adjust irrigation plans in a timely manner, and reduce water resource waste. In addition, visual data provides decision-makers with intuitive information and aids in decision-making.。
GIS visual irrigation Zone planning
AI Smart Irrigation Strategy
Automatic irrigation can be achieved through weather linkage, and various timed irrigation plans can also be created through mobile apps and computer clients
Smart AI Control Irrigation
Soil/Water Usage Monitoring
By monitoring indicators such as soil moisture and nutrient content, precise irrigation can be achieved to promote healthy crop growth. Water usage statistics can help managers understand the water resource utilization of irrigation systems, optimize water resource allocation, and reduce waste.
Soil/Water Usage Monitoring
Advantages
with a Smart Automatic Irrigation system
The system is capable of autonomous operation, automatically adjusting based on real-time data and preset irrigation plans, reducing manual operation costs and improving management efficiency.
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Save Water
Automatic Running
Continuous
Development
Precision Irrigation
Main application scenarios
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Expressway green belt
Urban Ecological Park
Greening of industrial parks
Urban protective green space
Greening of residential areas绿化
Automatic irrigation of
highway green belts
The intelligent irrigation system can automatically perform precise irrigation based on real-time data and preset plans, improve the survival rate of plants in green belts, save water resources, reduce labor costs, improve the environment of green belts, and create a more beautiful landscape for highways
City Park Irrigation
Implementing intelligent irrigation in urban parks can improve water efficiency, reduce waste, and save costs. Intelligent systems can adjust irrigation volume based on real-time data, maintain healthy plant growth, reduce manual intervention, improve green quality, enhance urban environment, increase park attractiveness and value.
Irrigation in industrial parks
Implementing intelligent irrigation systems in industrial parks can reduce water waste and energy consumption, lower labor costs, improve green quality, reduce plant mortality, increase green coverage, improve the environment, enhance the overall image and environmental quality of industrial parks, attract talent and investment for enterprises, and increase economic benefits.
Urban road protection, green space irrigation
The intelligent irrigation system can automatically monitor the water demand of plants, provide accurate water supply, and reduce the time and labor cost of manual watering. At the same time, it can reduce the frequency and manpower investment of maintaining greenery, lower labor costs, and improve the efficiency of green space management
Residential Area Irrigation
The intelligent irrigation system can automatically adjust irrigation according to the water demand of plants, reduce waste, improve plant survival rate, maintain the beauty of green belts, reduce residents' maintenance burden, improve living environment, and promote community health and comfort.