Solution for Agricultural Planting and Breeding Environment Management
2025-03-20 02:49:33
The smart agriculture breeding and planting solution is a new agricultural model that utilizes modern information technology to intelligently manage and optimize the agricultural breeding and planting process. It achieves real-time monitoring, data analysis, and intelligent decision-making of breeding and planting environments through technologies such as the Internet of Things, big data, cloud computing, and artificial intelligence, thereby improving agricultural production efficiency, reducing production costs, ensuring food safety, and promoting sustainable agricultural development.
Smart aquaculture solution
Accurate detection of breeding environment, precise control of temperature and humidity CO?、 Ammonia gas, electricity and water meters, alarms, ventilation equipment, heaters, lighting, etc.
Based on the logic control function of the cloud platform, control logic can be set within a set range, and multiple conditions can be freely operated to meet the requirements of various breeding sheds.
Based on the detected environmental conditions, the heating machine, air cooler, intelligent water dispenser and other equipment are linked and controlled to achieve timed water feeding and automatic adjustment of temperature and humidity.
Smart Planting Solution
environmental monitoring
Real time collection of air temperature and humidity, carbon dioxide solubility, light intensity, soil temperature and humidity, soil EC value, soil acidity and alkalinity, soil nutrient content, etc. inside the greenhouse through IoT sensors.
Intelligent control of devices
Integrating data collection, intelligent control, and data transmission, the data collection system provides real-time 24-hour monitoring of temperature, humidity, light, carbon dioxide, and other factors inside the greenhouse, monitoring crop growth trends in real-time.
Integrated water and fertilizer system
Based on the soil moisture, soil EC value, soil nutrients, air humidity and other parameters collected by sensors, precise fertilization and irrigation of crops can be achieved, saving water and fertilizer and reducing energy consumption.
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