Application of Internet of Things in Farm
2021-05-24 14:03:13
Happy Farm ------ One of the most popular online games in 2010. Turn on the computer and shock the mouse to water and fertilize the flowers on the farm. Today, the Internet of Things is entering people's lives. It makes cyber life no longer illusory. It allows you to sit at home and face the computer to monitor and regulate the real farm's crop environment.
The Internet of Things is applied to farms and is divided into two parts. One is to use sensors to sense, and the other is to remotely control intelligence. The farmer can place multi-parameter sensors on any corner of the farm, such as soil nutrients, soil moisture, air temperature, humidity, CO2, light and other sensors. Each sensor uploads monitoring information in real time through the wireless network, allowing you to sit in front of the computer Can understand the situation of the entire farm. Farmers can carry out timely point-to-point remote control of fans, sunroofs, shade cloths, irrigation and other facilities in the greenhouse according to the monitored information.
The application of IoT in agriculture is not only so, but it can also be applied to the entire process of agricultural product processing and marketing, so that food safety can be controlled at the source of agricultural products. Its principle is also very simple, that is, the farmer embeds the EPC label at the beginning of the cultivation of agricultural products. In this way, after the agricultural products are processed into finished products and sold, the consumers can input the labels to query the entire process of the agricultural products from raw materials to finished products. And related information, which can be based on real-time information to determine whether to buy, improve the autonomy of the consumer! Also increased the income of the farmer.
In today's modern resource-based society, water resources have become an increasingly serious problem. Agricultural water is the main direction for the use of water resources, how to save water, how to irrigate, and how to make more reasonable use of limited water resources. The research on the Internet of Things has also been applied to agricultural water-saving irrigation. In the soil where farm crops are grown, the sensor senses the time-positioned soil moisture, and uses the Internet of Things to wirelessly transmit information to monitoring stations. Farmers can use the real-time monitored soil moisture information to regularly locate crops and accurately irrigate. It not only saves water resources, saves costs, reduces waste, but also relieves pressure on the Earth with resources that are effective. Can be described as more than one!
The Internet of Things is applied to farms and is divided into two parts. One is to use sensors to sense, and the other is to remotely control intelligence. The farmer can place multi-parameter sensors on any corner of the farm, such as soil nutrients, soil moisture, air temperature, humidity, CO2, light and other sensors. Each sensor uploads monitoring information in real time through the wireless network, allowing you to sit in front of the computer Can understand the situation of the entire farm. Farmers can carry out timely point-to-point remote control of fans, sunroofs, shade cloths, irrigation and other facilities in the greenhouse according to the monitored information.
The application of IoT in agriculture is not only so, but it can also be applied to the entire process of agricultural product processing and marketing, so that food safety can be controlled at the source of agricultural products. Its principle is also very simple, that is, the farmer embeds the EPC label at the beginning of the cultivation of agricultural products. In this way, after the agricultural products are processed into finished products and sold, the consumers can input the labels to query the entire process of the agricultural products from raw materials to finished products. And related information, which can be based on real-time information to determine whether to buy, improve the autonomy of the consumer! Also increased the income of the farmer.
In today's modern resource-based society, water resources have become an increasingly serious problem. Agricultural water is the main direction for the use of water resources, how to save water, how to irrigate, and how to make more reasonable use of limited water resources. The research on the Internet of Things has also been applied to agricultural water-saving irrigation. In the soil where farm crops are grown, the sensor senses the time-positioned soil moisture, and uses the Internet of Things to wirelessly transmit information to monitoring stations. Farmers can use the real-time monitored soil moisture information to regularly locate crops and accurately irrigate. It not only saves water resources, saves costs, reduces waste, but also relieves pressure on the Earth with resources that are effective. Can be described as more than one!
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