The recently released Opinions of the State Council of the Central Committee of the Communist Party of China on Comprehensively Promoting Rural Revitalization and Accelerating Agriculture and Rural Modernization propose the implementation of digital construction and rural development projects, the development of intelligent agriculture, establishing a big data system for agriculture and rural areas, promoting the deep integration of new generation information technology with agricultural production and operation, and strengthening the digital and intelligent construction of rural public services and social management.
The concept of intelligent agriculture has evolved from computer agriculture, precision agriculture (fine agriculture), digital agriculture, intelligent agriculture and other terms, and its technical system mainly includes agricultural Internet of Things, agricultural big data and agricultural cloud platform and other three aspects. "Intelligent agriculture" is the use of modern high-tech Internet tools to combine agriculture and technology. A completely modernized mode of operation to change traditional farming methods.
By 2020, the total population of the world's 230 countries will be nearly 7.6 billion people. China is the most populous country in the world with 1.4 billion people and India is the second most populous country with 1.35 billion people .What we need is to maximize and rationalize the use of limited land resources, increase food production and achieve scientific, rational and sustainable development. As a result, intelligent agriculture was born, based on the original traditional agriculture, through the means of science and technology, rational planning and the functioning of the agricultural regime.
First, scientific, phased management
Through IOT technology, purposeful management can be carried out in different stages of vegetable planting, so as to intelligently regulate the growing environment of vegetables.
The water, light, temperature and carbon dioxide concentration needed for vegetable growth can be monitored and adjusted timely through IOT. Smart agriculture can help farmers develop the most reasonable management plan so as to meet the growth needs. of different types of vegetables. The Internet of Things technology has advanced at breakneck speed and sensors are widely used in agriculture and greenhouses.
Farmers can install temperature and humidity sensors to measure the temperature and humidity in the soil to ensure that vegetables are in the right temperature and humidity environment.
HENGKO has many models of temperature and humidity sensors and temperature and humidity probes to choose from. To measure soil temperature and humidity, HENGKO also has a series of manual soil temperature and humidity sensors available, with a long pole probe for manual measurement, which is more comfortable.
The stainless steel material can resist corrosion, more durable and not easy to damage, and the hardness of the metal is higher than plastic, copper and other materials, it can be better inserted into the soil measurement.
At the same time, you can install carbon dioxide sensors to measure the gas content of greenhouse species.
The appropriate concentration of carbon dioxide can increase the yield of vegetables, which is beneficial for health and increasing the production of vegetables.
In addition to carbon dioxide sensor, HENGKO also has oxygen, carbon monoxide, hydrogen sulfide, combustible gas sensors, etc. to meet your various needs.
HENGKO industrial fixed gas detector consists of gas probe + housing + sensor. The explosion-proof housing of HENGKO gas detector is made of 316L stainless steel explosion-proof material and stainless steel or aluminum housing, which is strong and durable and provides maximum anti-corrosion protection and can to be used in harsh explosive gas environment
Traditional pest monitoring methods are time-consuming and can hardly meet the actual production needs. The pest monitoring and analysis system is a recently launched modern automatic pest measurement and reporting system that uses knowledge and methods from biology, ecology, mathematics, system science, logic, etc., and uses advanced light, electricity, digital control technology, wireless transmission technology, Internet of Things and other technologies combined with practical experience and historical data to make predictions about future trends of pests and diseases, greatly improving labor efficiency and the accuracy of monitoring results. To provide accurate and timely forecasting services for most researchers and producers.
Third. Intelligent manual irrigation and fertilization
Crops are inseparable from water. The right amount of water can make them grow healthy, and it is not just irrigation when you want to irrigate, the right time interval and amount of water favors the growth of crops. The rapid development of artificial intelligence, so the learning technology with artificial intelligence to be able to track soil moisture content in real time to know exactly when to provide water to crops, saving time and energy and saving water.
Many developed countries use intelligent machines instead of human agricultural labor, labor saving, agricultural production to achieve a high degree of scale, intensive, factory, China is also facing an important stage of the production of traditional agriculture and modern mechanized agriculture into each other, the future will gradually promote the basic technical mode of each basic crop production in the whole mechanization, more intelligent machines will be released in agricultural production.
