Construct 5 connected grape greenhouses with an area of 18000 square meters. Outside the greenhouses, build a small meteorological station that can monitor and collect data on temperature, humidity, light, carbon dioxide, and other factors. The greenhouse can monitor data such as air temperature and humidity, soil temperature and humidity, pH value, nitrogen, phosphorus, and potassium content in advance, so as to link the rolling shutter ventilation system as needed to achieve automatic adjustment and control of crop growth environment. Integrated water and fertilizer, using a three channel water and fertilizer machine, with an initial coverage capacity of 36 * 100m * 5 greenhouses for use, and a later irrigation capacity that can expand 90 acres of experimental fields, while also having sprinkler and drip irrigation functions.

Outside the shed: can monitor and collect data on temperature and humidity, wind direction, wind speed, light, carbon dioxide, rainfall, etc；

In the greenhouse: It can monitor data such as air temperature and humidity, soil temperature and humidity, pH value, nitrogen, phosphorus, and potassium content in advance, so as to link the rolling shutter ventilation system as needed to achieve automatic adjustment and control of crop growth environment.

Combined with the Internet of Things comprehensive management platform, it integrates meteorological monitoring system, soil moisture monitoring system, automatic rolling shutter system, water and fertilizer automation system, video monitoring system, and fresh-keeping cold storage, realizing automatic monitoring, analysis, and linkage execution of ventilation, irrigation, warning and other operations. Relevant monitoring data can be intuitively overlaid and reflected through video monitoring images, and the indoor display screen can also display relevant monitoring data in real time, achieving intuitiveness, intelligence, practicality, and strong scalability.

By integrating advanced technologies such as digital agriculture Internet of Things and video surveillance, remote consultation and expert remote guidance have been achieved, and the technological planting and precise management of grapes have been realized. This enables fruit farmers and experts to monitor climate, soil, pests and diseases in real time on their mobile phones without leaving their homes. This precise planting environment effectively controls the sweetness of fruits, the growth rate of grapes, and the occurrence of diseases, ensuring the quality and yield of grapes.