Intensive and networked greenhouse

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Release time:

2022-10-21

With the rapid development of the national economy, modern agriculture has made significant progress. Across the country, greenhouses and plastic sheds have been widely constructed to create a favorable growth environment for crops. Greenhouse engineering has become an essential component of efficient agriculture.

A greenhouse creates an artificial meteorological environment, simulating climatic conditions suitable for plant growth, thereby eliminating the limitations of temperature, humidity, etc., on plant growth. It enables the production of various crops during unsuitable seasons, completely freeing crops from dependence on natural conditions.

Equipment needed inside greenhouses includes: temperature and humidity sensors, light sensors, weather stations, intelligent water and fertilizer integrated machines, cameras, etc. When environmental parameters within the greenhouse exceed the farmer's set range, the farmer will receive warning and monitoring information pushed to information terminals such as Mobile phones, PDAs, and computers. Data is also displayed on screens for analysis and distribution, allowing farmers to remotely or automatically control automatic irrigation, evaporative cooling fans, sprinkler irrigation, internal and external shading, roof and side windows, heating and supplementary lighting, etc. This ensures the greenhouse environment is optimal for crop growth, achieving intensive, networked, and remote management of greenhouses, truly realizing "technology benefiting farmers".

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