What are the main aspects of the smart agriculture cloud platform system and how to start doing it

Smart agricultureThe target users include agricultural product production filial piety rental enterprises and high-end consumers.

1. TOB (enterprise-oriented): build or access the whole industrial chain from planting, processing, warehousing, logistics, retail to consumption for enterprises.

Software and hardware intelligent supervision system. Effectively improve farming efficiency, product quality, corporate image and added value of agricultural products.

Ensure that agricultural resources are fully utilized, agricultural products can be traced, and the sustainable development of agriculture is realized.

At the same time, the platform uses big data analysis skills to deeply mine and analyze terminal consumption behaviors to provide big data support for smart business enterprises.

2. TOC (consumer-oriented): build a smart retail terminal system for agricultural products that is convenient for consumers to accurately trace the source and identify the authenticity with one click. Ensure that consumers can buy and consume with confidence.

Smart agriculture application fields.

1. Agricultural production environment monitoring: through a large number of sensing nodes deployed in target areas such as farmland, greenhouses, and gardens, temperature, humidity, light, gas concentration, soil moisture, and conductivity are collected in real time.

and other information and summarize to the central control system.

Agricultural producers can analyze the environment through monitoring data, so as to put agricultural production materials in a targeted manner, and mobilize various executive equipment as needed to adjust temperature, light, ventilation and other actions to achieve intelligent control of the agricultural growth environment.

2. Food safety.

Using technology, the construction of agricultural products traceability system, through the efficient and reliable identification of agricultural products and the monitoring of the production and processing environment, to achieve the function of agricultural product tracking, inventory, effective quality monitoring throughout the process, to ensure the safety of agricultural products.

Internet of Things technology.

Through the production, processing, circulation, consumption of all links, to achieve strict control of the whole process, so that users can quickly understand the production environment and process of food, so as to provide a completely transparent display for the food chain, to ensure that to provide high-quality assured food to the society, enhance the user's confidence in food safety, and protect the interests of legal business fibers, enhance the brand effect of traceable agricultural products.

Environmental parameters are includedSensorsEnvironmental sensors can be equipped with temperature and humidity sensors, carbon dioxide sensors, light sensors, and matrix parameter sensors according to different locations, different climatic environments and final needs. By properly installing sensors at the monitoring point, we can monitor the situation of the environment and changes in the environment.

View environmental parameters anytime, anywhere.

Control terminal cabinet: The control terminal cabinet is in a position connecting the upper and lower parts of the whole system, and its role is very important. The collected environmental parameters can be integrated and processed.

You can also control the running status of the equipment according to the set number of parameters, turn on the fan, wet curtain, and open the sunshade when the temperature is high. When the temperature reaches the lower limit, turn off the device. When the plant is short of water, automatically turn on the water pump, valve.

Start watering plants that are short of water, and if fertilizer is lacking, automatically start injecting water and fertilizer into the plants. It can realize automatic, manual and timing remote control of equipment parameters.

The smart agriculture Internet of Things system can be added to the first monitoring, in the greenhouse, the field to install monitoring cameras through the first intuitive view of the growth of crops, pests and diseases, etc. And take screenshots for archiving and retention, and analyze and process.

Central control management platform: The control platform of the smart agriculture Internet of Things system can display all the data in the system, and the data can be centrally processed, analyzed and archived. ** Real-time viewing, playback. Location targeting. An early warning will be issued when the value is exceeded.

Smart agriculture-related equipment, such as integrated water and fertilizer systems, farmland irrigation, intelligent greenhouses, constant pressure irrigation, microclimate monitoring, soil moisture monitoring and other equipment, requires a lot of money, and most individual farmers cannot afford it. Enterprises or cooperatives should raise funds, technologies and other agricultural production resources;

On the land issue, China's land is state-owned, so even if a large amount of land is barren and uncultivated due to the loss of rural population. However, if you want to obtain a large area of arable farmland, you also need to contract;

Technical problems, smart agriculture also needs personnel to operate, but a large number of repetitive operations are transferred to the system to operate, and constitute the basic components of smart agriculture, such as the installation and application of sensors, system operation strategy setting, adjustment, maintenance and other operations, which require personnel with certain knowledge of the Internet of Things. Due to the low income of agriculture for a long time and the small number of people engaged in it, how to cultivate a new type of farmers who can support the operation of the smart agriculture system is a top priority.

It mainly includes water and fertilizer integration system, paddy field irrigation, constant pressure irrigation, microclimate monitoring, soil moisture monitoring and other equipment. What is usually encountered is the problem of capital turnover, the problem of land, and the problem of technology.

Smart agriculture includes agricultural unmanned vehicles, agricultural drones, Internet of Things equipment and software, automated large-scale agricultural machinery, etc.; The scientific research system of smart agriculture is not perfect, the ability to promote agricultural science and technology is insufficient, there is a lack of high-quality agricultural production management talents, and the education system of professional farmers has not yet been fully established.

Meteorological detectors, soil monitoring equipment, greenhouse temperature regulation equipment, sensors, actuators. Some people don't use these instruments, and there may be some problems with the setup data, and sometimes some errors.

The Internet of Things for smart agriculture is the application of agriculture and animal husbandry in manufacturing, operation, manufacturing, and service projects. It is to use a variety of cognitive equipment to collect and detect the information content in the production and manufacturing of crops. Then use wireless communication machinery and equipment to send information to the data management platform, complete the induction and combination of massive data, complete the supervision of each link, and apply the data given for agriculture.

Water and fertilizer integrated sprinkler irrigation system: the start and stop of the power switch of the machine and equipment of the intelligent control system can be operated according to the manual and automatic technology, and can be operated with one key on the mobile terminal or the PC side. The worker sets a safety standard value, and when the value is high or low, the water is fully automatic.

When the nominal value is higher than the buffer value, the system software will make a sound to send extraordinary data information** to the worker's mobile phone. Adjustments can be made immediately. At the same time, it can complete data collection and induction, summarize and sort out the detected data information, submit, and store the data, and carry out sampling inspection of the data anytime and anywhere.

Wenzhi greenhouse automatic control system: the traditional greenhouse has been lacking scientific demonstration, the detection of sunlight, ambient temperature, and environmental humidity is not timely, so when heavy rainfall and snow come, protective measures have not been immediate, resulting in some property losses. The smart greenhouse can maintain a constant temperature and humidity in the greenhouse for a long time.

Manufacturing can be carried out throughout the year, which improves economic profits.

Intelligent monitoring system: the mobile phone can query all kinds of conditions in the greenhouse, and grasp the situation in the greenhouse in real time. You can check on mobile and PC.

Smart agriculture has been gradually applied in many regions, and it is believed that in the near future, smart agriculture will be more intelligent. A key part of the complete system is made up of these. The intelligent agriculture Internet of Things system can also customize the development and design version number according to user needs, and can expand the layout, according to the requirements, promotion, commodity knowledge base system, product traceability, supervision platform, etc.

The complete set of systems covers all walks of life in agriculture and animal husbandry, and promotes the pace of agricultural modernization and modernization in China.

It is a technology that focuses on the research and development of system technology, and can also effectively solve the relevant environmental monitoring, and can provide a series of corresponding accurate data decisions; It can effectively process and manufacture, pick and harvest, monitor and video, transport and sell, traceability of agricultural products, remote control, and data query.

This technology takes the intelligent monitoring system platform as the core support point, combines CO2 sensors, temperature and humidity sensors, light sensors, etc. for automatic data collection and analysis, and carries out intelligent hardware linkage measures according to the collected results, saving a lot of manpower and material resources; Improve work efficiency and promote agricultural production.

Functions: Remote diagnosis, data collection, security precautions, intelligent early warning, linkage and joint control.

Integrating modern information technology, using computers and networks, and being able to monitor in real time, the control of data will be more in place, and the output can be increased and economic benefits can be improved.

The intelligent agriculture networking system is to apply the Internet of Things to traditional agriculture, using sensors and mobile phone software to manipulate agriculture according to the mobile application platform or computer. Theoretically speaking, smart agriculture also includes agricultural e-commerce, food safety traceability and anti-counterfeiting identification, agricultural and animal husbandry vacation tourism, agricultural and animal husbandry data services and other fields.

Intelligent agriculture is the popularization of agricultural planting, is a set of new Internet technology, mobile Internet, cloud computing technology and the Internet of Things as a whole, with the help of a variety of sensor connection points deployed in the agricultural field (natural environment temperature and humidity records, soil moisture content, carbon dioxide, images, etc.) and wireless communication networks to complete the intelligent cognition of the agricultural natural environment, intelligent early warning information, intelligent management decision-making, data analysis system, authoritative expert online specific guidance, for agriculture to give precise planting, visual management, Intelligent system management decision-making.

Information content and knowledge are key elements of smart agriculture. At this stage, modern technologies such as Internet technology, Internet of Things technology, Internet big data, cloud computing technology, and artificial intelligence technology have been closely integrated with agriculture and animal husbandry, and the new upgrading of agricultural and animal husbandry production process has been applied to practical activities with agricultural information cognition, quantitative analysis and management decision-making, intelligent control system, accurate capital investment, and humanized services.

The system in agriculture and animal husbandry in the efficacy of the management method intelligent system, according to the computer, mobile phone to complete the greenhouse planting management method intelligent system pattern, fine management of fertilizer, can improve efficiency, improve quality, save human resources, reduce manpower deviation, improve the purpose of detailed economic benefits, complete the lean management of greenhouse planting.

At present, everyone will talk about Internet big data, big data is the first to have accurate data ** to support, the smart agriculture monitoring system is based on the whole process of growth and development of each field, every greenhouse, each crop growth and development to carry out uninterrupted data collection, in order to establish the corresponding crop planting database on the cloud management platform, with such Internet big data, you can carry out regulatory analysis of the quality of crop production and information in the planting process, The best growth and development standards of plants are scientifically and reasonably summarized, and at the same time, it also brings efficient information to agricultural and animal husbandry scientific research.

This system is the application of agriculture in the field of Internet technology, which is a very broad concept. Being able to tame the variability of agriculture, optimize the Internet of Things, optimize the cycle of automation, bring income to farmers, and have a very wide utilization rate, the smart agricultural system has many characteristics and is a beneficial measure for farmers.

This system refers to the Internet-based system that can realize the intelligence of agriculture, and the role of this system in agriculture is very large, and it will also play a very convenient effect.

The combination of computer and agricultural planting has achieved the purpose of improving the planting effect and achieving the purpose of high yield.