Precision Fertilization

Precision Fertilization

To address issues in traditional fertilization processes, such as unscientific fertilizer usage and ratios and high labor input, we have independently developed technologies including soil health fertilization. By integrating block-level soil fertility distribution maps generated through soil testing with square-meter-level crop growth analysis maps produced via remote sensing diagnostics, we issue variable-rate fertilization prescriptions and execute precise variable-rate fertilization throughout the entire process of base and top-dressing fertilization using agricultural drones.

Fertilizer savings

15 %
10 %

Efficiency enhancement

10 %
20 %

Yield increase

3 %
10 %

Comprehensive benefit

50
80 yuan/mu

Precision Crop protection

To address issues in traditional plant protection processes, such as low accuracy in pest and disease prediction, unscientific prevention and control plans, and passive prevention and control mechanisms, we have independently developed pest and disease prediction technologies. By integrating multi-dimensional information, we accurately predict the occurrence time and severity of pests and diseases, providing users with precise plant protection solutions throughout the entire planting process, including optimal prevention and control timing, scientific prescriptions, and operational guidance.

Cost reduction

20
30 yuan/mu

Reduced field inspections

30 %
40 %

Yield loss reduction

5 %
20 %

Pesticide reduction

20 %
30 %

Precision Irrigation

To address issues in the irrigation process, such as low efficiency, high labor input, and water waste, we have independently developed an intelligent irrigation decision-making algorithm based on crop water requirement models and soil moisture models. It integrates IoT equipment such as water level gauges, soil moisture sensors, intelligent pump house control systems, and intelligent gates/valves, providing users with intelligent irrigation decision-making recommendations and enabling remote control or automatic irrigation and drainage operations.

Water conservation

50 %
20 %

Labor savings

40 %
90 %

Yield increase

3 %
5 %

Emission reduction

20 %
40 %
Precision Fertilization
Precision Crop protection
Precision Irrigation