A smart tea garden monitoring system consists of a soil moisture meter, insect monitoring lamps, a weather station, video surveillance, fencing, and a cloud platform. Models FT-Q1, FT-Q2, and FT-Q3 are priced at 50,000 yuan, FT-Q2 at 88,000 yuan, and FT-Q3 at 128,000 yuan. It remotely monitors soil, insect infestations, climate, and crop growth.
The smart tea garden monitoring system is a comprehensive monitoring device designed specifically for tea plantation environments. It primarily monitors data on four aspects: soil moisture, insect infestation, meteorological factors, and crop growth. The system comprises six parts: a tubular soil moisture meter, insect monitoring lamps, a weather station, video surveillance, fencing, and a cloud platform. The tubular soil moisture monitor collects soil temperature and moisture data; the insect pest monitoring lamp uses phototaxis to trap pests and uses image recognition technology to count pest species and numbers; the weather station monitors environmental parameters such as air temperature, humidity, rainfall, light intensity, carbon dioxide concentration, wind speed, and wind direction; video surveillance allows real-time viewing of tea garden crop growth; fencing ensures equipment security; and the cloud platform enables data storage, analysis, and remote access.
Regarding cost, the smart tea garden four-condition monitoring system offers three main models for users to choose from. The FT-Q1, priced at 50,000 yuan, is an entry-level configuration suitable for the basic monitoring needs of small-scale tea gardens. The FT-Q2, priced at 88,000 yuan, offers improvements in sensor accuracy and data processing capabilities. The FT-Q3, priced at 128,000 yuan, is equipped with higher-specification insect pest monitoring lamps and more comprehensive cloud platform functions. The system uploads collected data to the monitoring platform via GPRS/4G wireless network or Ethernet port. Managers can remotely view various environmental parameters and trends in the tea garden using computers or mobile phones, eliminating the need for frequent on-site inspections and saving labor costs.
The core functionality of this system lies in the comprehensive management capabilities of the cloud platform. The agricultural four-condition monitoring platform integrates four modules: insect pest monitoring, meteorological monitoring, soil moisture monitoring, and seedling monitoring. Insect pest monitoring features AI-powered automatic pest identification, remote real-time pest monitoring, automatic pest species identification, and regional pest statistics. Meteorological monitoring provides real-time viewing and online analysis of historical meteorological data. Soil moisture monitoring remotely acquires data on soil temperature, humidity, moisture, and pH. Seedling monitoring displays the real-time growth status of tea garden crops through video feeds. This system is not only suitable for tea garden management but can also be used in other crop planting scenarios, remotely acquiring field data and making targeted adjustments to improve the level of precision management in agricultural production.
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