Smart agriculture is closely related to Internet of Things technology, and the development of technology promotes the progress of smart agriculture. Today, domestic IoT devices cover processes such as agricultural production, environmental supervision, resource utilization, and agricultural product sales. They cover many fields such as greenhouse cultivation, edible fungi cultivation, fishery cultivation, and tea cultivation, providing convenience to farmers.
For people in non-agricultural industries, there are not many opportunities to come into contact with the agricultural Internet of Things, and they know little about the automation technology of the Internet of Things, which inevitably leads to misunderstandings. In fact, as agricultural Internet of Things technology develops more and more maturely, systems such as remote detection systems, wireless sensing systems, data collection and storage cloud platforms, data analysis modeling, and expert systems have been used proficiently in many places.
Some of the most commonly used devices for IoT automation include GPS positioning systems, sensors, electronic tags, geographic information systems, and laser scanners. Farmers use these devices to conduct real-time monitoring, network connections, and interactive operations on items. In the fields of chemistry, electricity, The collection of information on light, location, sound, etc. has achieved good results.
Take Fujian as an example. The local tea is famous not only for the high quality of the tea itself, but also for the high efficiency of production. In Nanping, Fujian, a number of smart tea gardens and tea factories with comprehensive systems have been launched. Among so many teas of the same type, the key to why Nanping tea can win the favor of the market and consumers is to capture the shopping mentality of consumers.
Internet of Things technology is a product born in the right direction of the times to help agricultural products go global. What’s the point of tea? The first is the glossiness of the tea, the second is whether the tea smells fragrant, the third is asking about the origin and variety of the tea, and the fourth is brewing and tasting to identify whether the money is really worth it.
Through this “look, smell, ask and brew”, you can determine the grade of a tea. Many consumers don’t know how to identify the tea and can only look at the place of origin of the tea. So how can they avoid being deceived by the store and understand the true origin of the tea? Still back to the issue of traceability.
The Internet of Things technology brings peace of mind to both producers and consumers. First, producers set up Internet of Things equipment in tea gardens, such as agricultural meteorological monitoring stations, insect monitoring lamps and physical insect killer lamps, and intelligent irrigation systems. , these devices can monitor in real time and upload the data to the cloud as a reference, and then remotely control it through computers, tablets and mobile phone platforms or automatically control it through big data to achieve water conservation, fertilization and pest control.
Secondly, sensors are set up in the production workshop to monitor internal environmental conditions in real time to avoid the impact of the production environment on tea quality; high-definition cameras are set up in the tea garden for real-time monitoring, and the visual interface of the cloud platform is used to display the tea garden, picking, and tea production processes. , combined with blockchain technology to provide tea traceability to ensure consumer safety and peace of mind.
Iterative upgrades of IoT equipment and technology can improve and promote competition in the agricultural product market, provide traceability supervision, and overall improve the quality of agricultural products. The phenomenon of bad money driving out good money will gradually disappear. In the long run, it will help farmers increase their income. the benefits of.