HKT Smart Irrigation Solution brings a combination of Internet of Things (IoT), big data, and cloud computing technologies to monitor real-time parameters such as environmental temperature, humidity, light intensity, and soil moisture in agricultural production. Through controllers, scheduled and quantified irrigation on demand can be performed, thereby achieving intelligent irrigation.

（1）The solution enables unattended irrigation and remote monitoring, supporting large-scale management and significantly reducing labor costs.

（2）The solution allows for the formulation of detailed irrigation plans, improving the utilization rate of water resources and irrigation efficiency.

（3）The solution can be extensively used, suitable for various fields including farmland and greenhouse irrigation, urban greening irrigation, landscape irrigation, and sports field irrigation etc..

• SmartWater Saving: By using multiple sensors to understand the situations of soil and the environment, irrigation plans can be formulated based on the needs of crops, achieving refined automatic irrigation, which is expected to save more than 50% of water resources.
• Large-scale Management: Benefited fromwireless LoRaWAN communication and IoT technologies, it is possible that one person can remotely manage the irrigation operations of hundreds or even thousands of acres of farmland simultaneously, and saving more than 90% of human resources.
• Efficiency and Quality Enhancement: The smart irrigation system can be interconnected with various systems such as smart agricultural machinery and smart greenhouses,realizing intelligent management and control throughout the entire agricultural production process, thereby improvingthe overall efficiency and quality of agricultural production.

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Features:

Large-scaled irrigation: Large-scale irrigation management is achieved by using multiple groups of solenoid valve controllers for extensive irrigation areas.

Wireless Networking Construction: Utilizing LoRaWAN wireless communication technology, self-organizing networks can cover a range of over 6KM, significantly reducing the difficulty of construction.

Environmental Monitoring Management:Real-time monitoring and collection of environmental information such as soil moisture, air temperature and humidity, CO₂ and light intensity provide foundational data for the rational use and recycling of water resources.

Intelligent Inspection and Maintenance: Automatic inspection of pipeline equipment to ensure regular operating, automatically pause and issue alarms in case of abnormal conditions such as pipeline water pressure and leaks etc., to ensure the long-term stable operation of the system.

Automated Irrigation Management: Irrigation plans can be set in the system in case of unattended. Real-time remote monitoring of water usage and soil moisture data can be achieved through wireless meters and multiple sensors. By automatically or manually controlling the start and stop of operations to ensure the effective implementation of irrigation plans.

Applications: