Smart agricultural field environment control solution

? **Preliminary planning**

├── Field testing and data collection → Measure soil pH, moisture,
Organic matter, nitrogen, phosphorus, potassium, etc.

├── Environmental factor assessment → Meteorological data analysis (temperature, humidity, precipitation)

└── Circuit and sensor configuration planning → Design monitoring equipment layout

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? **Soil monitoring equipment installation**

├── Soil sensor installation → Deployed in fields, greenhouses and other environments

├── Real-time monitoring and data transmission → via LoRa/NB-IoT WiFi 4G 5G
Wireless technology to upload data

└── Energy management and energy-saving equipment → Solar power supply, low power consumption design

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? **Application of Intelligent Soil Data Platform**

├── Data storage and analysis → Establish soil data database and accumulate historical data

├── Intelligent early warning and decision support → Fertilization/irrigation suggestions, abnormal soil nutrient warning

└── Remote monitoring and management → View data instantly on APP/webpage

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? **Market application and promotion**

├── Digital transformation of smart farms → Intelligent agricultural management to improve production efficiency

├── Precision planting to improve market competitiveness

└── Branding and data sharing → Ensure data traceability

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? **Expected benefits**

├── Improve soil health management accuracy → Optimize land use

├── Reduce agricultural production risks → Reduce crop losses caused by soil problems

└── Promoting sustainable agricultural development → SDGs and ESG-friendly solutions

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**Future development direction**

├── AIoT integrated applications → AI-enhanced data analysis and decision-making recommendations

├── Cross-sector cooperation → Joint promotion with governments, research institutions, and agricultural enterprises

└── Blockchain