What is a smart agriculture system? Characteristics of smart agriculture

The smart agriculture system is a system independently developed by smart finger technology to realize remote and accurate monitoring and control of the agricultural production environment and improve the level of facility agriculture construction and management.

The system is to make full use of the achievements of modern information technology, integrate the application of computer and network technology, Internet of Things technology, audio technology, sensor technology, wireless communication technology and expert wisdom and knowledge platform, to achieve agricultural visualization remote diagnosis, remote control, disaster early warning and other intelligent management, remote diagnosis and exchange, remote consultation, remote consultation, and gradually establish a visual dissemination and application mode of agricultural information services; Realize remote and accurate monitoring and control of the agricultural production environment, improve the management level of facility agriculture construction, rely on the knowledge of agricultural experts stored in the knowledge base, and use reasoning, analysis and other mechanisms to guide agriculture and animal husbandry in production and circulation operations.

Smart agriculture is not to add machinery and equipment in agriculture, it can be called smart agriculture, but combined with Internet of Things technology, computer technology, cloud technology, sensor technology, big data transmission, etc., integrated to form a complete smart agriculture industry chain, from the cultivation of plants to the final harvest, these technologies are applied to the whole process, to achieve intelligent agricultural production, subvert the traditional agricultural way of work, to achieve the purpose of increasing production and income.

Shandong Sancheng Smart Agricultural Science and Technology Co., Ltd. is located at the foot of Taishan Mountain, Tai'an, Shandong Province, is a strategic alliance unit of technological innovation in water-saving irrigation industry in Shandong Province, and is a school-enterprise cooperation unit integrating R&D, production, sales and technical services. Make full use of big data, Internet of Things, cloud computing, data mining, spatial information technology and communication technology to carry out in-depth mining and analysis of various types of water conservancy information, and build a big data management platform for integrated intelligent irrigation of crop water and fertilizer, a comprehensive utilization management platform for agricultural water, a reservoir health diagnosis and intelligent management platform, and a management platform for optimal allocation of water resources, which realizes intelligent irrigation of agriculture, intelligent management and health detection of reservoirs, flood forecasting and early warning, and optimal allocation of water resources, and improves the comprehensive utilization of water resources. It has realized the seamless connection with the national or provincial water conservancy-related management systems, so as to promote the process of water conservancy informatization and create a new image of China's agricultural water conservancy.

Smart agricultureThe four characteristics are high accuracy, high efficiency, traceability and reproducibility.

Smart agriculture is the use of modern information technology to maximize the use of agricultural resources. Different from the traditional extensive agricultural production, smart agriculture has a high degree of accuracy, it can scientifically formulate production management plans through accurate measurement and recording of environmental parameters such as soil and air, reasonably allocate agricultural resources, and ultimately achieve the effect of green production, less investment and more gains.

Smart agriculture can use modern intelligent control technology to realize remote automated agricultural operations, this production mode.

The change has greatly improved the production efficiency. And the effect is high, so Li lead means labor costs.

The lower, the less the consumption of agricultural resources.

Vigorously developing smart agriculture has great benefits for increasing agricultural production and farmers' income, and it is also conducive to the healthy and stable development of modern agriculture.

Development prospects of smart agriculture:

1. Experts will be involved in production.

Experts will be involved in production, which is a major change brought by smart agriculture to traditional agriculture. Whether the experts are in the office or not, their knowledge and wisdom are still worth considering.

Farmers can send the problems encountered in the process of planting and breeding to the experts in the form of live broadcast, so that the experts can help analyze.

2. Strengthen collaboration.

Smart agriculture will make the division of labor clearer. The peasants do their own thing and leave the rest to the experts. Of course, there will be more collaboration, feedback here.

3. Visualization is the mainstream.

Nowadays, consumers want to buy assured agricultural products, this "rest assured" includes knowing whether these vegetables are pesticides, how many pesticides have been applied, and even through the best way to understand the "life experience" of this agricultural product. Therefore, the trend of visualization will be indispensable in the future of agriculture or smart agriculture.

Smart agriculture is to apply the Internet of Things technology to traditional agriculture, using sensors and software to control agricultural production through mobile platforms or computer platforms, so as to make traditional agriculture more "smart". In addition to accurate perception, control and decision-making management, in a broad sense, smart agriculture also includes agricultural e-commerce, food traceability and anti-counterfeiting, agricultural leisure tourism, agricultural information services and other aspects.

Smart agriculture includes:

1. Smart agriculture is to use modern high-tech and agricultural planting to combine more reasonable and scientific methods to increase agricultural output and realize unmanned, automated and intelligent management of agricultural planting.

2. Smart agriculture is an important part of economic development, and for China, it is the main way to eliminate poverty and achieve economic development.

3. Traditional agriculture mainly relies on a large number of chemical fertilizers and pesticides for production, and most of the chemical fertilizers and resources are discarded everywhere without effective use, resulting in nutrient loss and environmental pollution.

4. Wisdom can treat farmland, animal husbandry farms and other production units and the surrounding ecological environment as a whole, carry out systematic operation, control the use of production materials, ensure the overall ecological environment within an affordable range, and effectively improve the agricultural ecological environment.

5. Smart agriculture can reasonably apply the Internet of Things technology into the agricultural field, such as using monitoring functions, detecting soil moisture, air temperature, etc., and irrigating and cooling the planting area in time according to feedback.

6. Command agricultural functions include the establishment of characteristic organic agriculture demonstration areas, agricultural science headquarters parks, promote the precise management of modern agriculture, and promote the efficient and rational use of land.

<> so-called "smart agriculture" is to apply the Internet of Things technology to traditional agriculture, and use sensors and software to control agricultural production through mobile platforms or computer platforms. Broadly speaking, smart agriculture also includes agricultural e-commerce, food traceability and anti-counterfeiting, agricultural leisure tourism, agricultural information services, etc.

Smart agriculture is an advanced stage of agricultural production, which is a collection of emerging Internet, mobile Internet, cloud computing and Internet of Things technologies as a whole, relying on various sensing nodes (environmental temperature and humidity, soil moisture, carbon dioxide, images, etc.) and wireless communication networks deployed in agricultural production sites to realize intelligent perception, intelligent early warning, intelligent decision-making, intelligent analysis, and expert guidance of the agricultural production environment, and provide precision planting, visual management, and intelligent decision-making for agricultural production.