Solution
Professional provider of facility agriculture water fertilizer integration and environmental control solutions
The smart glass greenhouse uses high-tech equipment and an intelligent greenhouse monitoring system to control environmental factors such as temperature, light, water, fertilizer, and ventilation inside the greenhouse. This ensures that the environment remains within the optimal range for plant growth, thereby improving plant growth efficiency and yield.
The smart orchard applies modern information technologies such as big data, the Internet of Things (IoT), and mobile internet to monitor the meteorological environment, soil moisture, pests and diseases, agricultural activities, and more in real-time. This enables the intelligent production of fruit trees, networked management, efficient operation, and convenient services, comprehensively enhancing the modernization level of the orchard.
The Smart Field Solution integrates technologies such as sensors, automation control, the Internet of Things (IoT), and mobile internet to continuously monitor environmental factors closely related to crop growth and phenology, including soil, water, air, light, and heat. It enables remote and intelligent automation control of field irrigation solenoids, allowing for remote scheduled and precise irrigation.
The intelligent glass greenhouse utilizes high-tech equipment and an intelligent monitoring system to control environmental factors such as temperature, light, water, fertilizer, and ventilation inside the greenhouse. This ensures the optimal growing conditions for plants, thereby enhancing growth efficiency and increasing yield.
Smart orchards leverage big data, IoT, and mobile internet technologies to monitor weather, soil conditions, pests, and farming operations in real time, enabling intelligent production, digital management, and improved efficiency—boosting overall modernization.
Smart Water Management System for Integrated Urban-Rural Water Supply
Smart Field Solution integrates sensors, automated control systems, IoT, and mobile internet technologies to continuously monitor environmental factors—such as soil conditions, moisture, light, and temperature—closely tied to crop growth and phenological stages. It enables remote intelligent automation of irrigation valves, supporting scheduled and precise water delivery, thereby providing advanced scientific tools for agricultural production, yield optimization, risk management, and disaster prediction.
