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5G Cloud Strawberry Farm
The 5G Cloud Strawberry Farm of Zhongguancun Science Farm in Beijing, was Opened. This strawberry garden uses big data cloud computing to control the environment and robots for spraying pesticides and fertilizers to the strawberries. It is filled with science, and strawberry yields are high.
The exterior of the prominent science farm is an ordinary greenhouse, but when you go in, you will find that there is something Different . In a Big space of 1200 square meters, the automatic sprinkler irrigation vehicle sets cruiseto fertilize the farm, and the water and fertilizer control, heat preservation and light supplementation, green prevention are all handed over to the system for automatic management. There are 19 racks hanging in the air for strawberry cultivation, which is up to 2.5 meters above the ground, and each strawberry plant grows in a digital cloud.
Yoga
The space under the growing frame may be used for various cultural and artistic activities. "For example, you even can practice yoga as long as you bring mats, this is often a brand-new concept of strawberry cultivation.It points more attention to environmental improvement and scene creation, and join strawberry cultivation technology with visual art to create a brand new technology scene of visual art with strawberry.”
The 5G Cloud Strawberry Farm will yield more than 45 tons of strawberries per hectare, which is twice the production of strawberries cultivated in the traditional way.
The multi-layer covered greenhouse has no back wall, and the large space created provides a space for more purposes in the strawberry garden. The "5G Cloud Strawberry Cultivation System" is that the first strawberry soilless cultivation system with 5G communication that has been developed by technicians from the Institute of Agricultural Sciences .
Mr. Yu Tengfei, deputy director of the Agriculture and Rural Bureau of Haidian District, said that the District will still play the leading role of innovation and demonstration, and expanding new concepts and new models like aerial planting, three-dimensional production, and digital management to other crops.