As a fundamental way out of agriculture, smart agriculture has been frequently mentioned in national documents in recent years, and the government has also introduced relevant policies to support it. China needs to speed up breakthroughs in key core agricultural technologies and promote independent innovation in areas such as smart agriculture, according to the No.1 Central document released this year. Omron, through the implementation of the concept of "technology driven agricultural innovation", hopes to provide the society with mature intelligent agricultural solutions to make agriculture more sustainable, more efficient and safer products.
The Omron smart agricultural greenhouse at the Expo site
As early as 2017, Omron has invested in the Omron Intelligent Agriculture Industrial Park in Wuxi, Jiangsu Province. Based on the constantly upgrading Sensing &Control +Think, Omron has entered the field of intelligent agriculture and is committed to realizing scientific, engineering and efficient agriculture through agricultural industrialization. Through Omron's developed equipment and technology, we work with agricultural producers to deliver safe and secure crops to consumers.
From November 5 to 10, Omron will exhibit a simulation tomato greenhouse at the 2nd China International Import Expo, bringing intelligent organic cultivation solutions to the audience.
Intelligent agriculture's right arm - compound environment automatic control device
Omron's Composite Environment Automatic Control unit automatically controls the environment inside the greenhouse. Using Omron's latest artificial intelligence technology, the unit automatically collects and accumulates the data needed for plant cultivation guidance. In fact, it is the use of multiple sensors including temperature and humidity sensors, light sensors, image sensors, real-time to the plant to do "body inspection", according to the monitoring data automatically set the light, temperature, carbon dioxide concentration and other conditions required for plant growth, to achieve the best growth environment, and based on the needs of plant growth, Integrated control of multiple driving devices, equipped with algorithms, so as to replace technical personnel for environmental management in the greenhouse. In this way, artificial intelligence is equivalent to having the same perception function and cultivation experience as human beings, and as a senior agricultural practitioner, to play the role of human beings to develop intelligent agriculture "right-hand man".
Compound environment automatic control device
In short, when your farm has Omron's compound environment control device, you can know exactly how your crops are growing without having to keep an eye on them. You can even use the basic environmental control software on the computer, or the crop guidance APP on the phone, to control the output of the greenhouse, and truly make sure that the plants grow in the best condition without leaving the house. Agricultural workers can effectively reduce operating time and water and electricity bills in greenhouses by using composite environmental automatic control devices. In addition, by controlling the growth rate of plants, we can ensure that they can be picked and put on the market when the market is in good condition, so as to ensure the taste after harvest, so as to increase the unit price of sales and increase the income.
The Gospel of agricultural novice -- Data active cultivation guidance service
Data-enabled cultivation guidance services enabled by AI technology can realize the systematization of the skills and knowledge of skilled agricultural practitioners, so that inexperienced agricultural workers can easily cultivate. At the same time, the accumulated monitoring data in the composite environment automatic control device can provide reliable basis for cultivation guidance. Through analyzing the weather information of meteorological station and the demand and price of vegetable wholesale market, with the help of AI algorithm, the accumulated data can be utilized to generate scientific cultivation plan and precise cultivation guidance. Not only will it allow farmers to prevent pests and diseases in advance, but it will also allow them to choose organic or low-pesticide cultivation methods that suit them.
Data active cultivation guidance service
Therefore, agricultural workers with limited experience can judge plant growth based on the observation results and data collected automatically by organic planting experts and environmental data collected automatically by composite environmental control devices. Next, organic, pesticide-free vegetable crops can be grown easily and precisely by following instructions, without the fear of mistakes, and safe crops can be delivered to retailers and consumers. By using Omron's data-enabled cultivation services, agricultural workers can quickly acquire cultivation skills, improve productivity, and reduce labor and labor costs.
In addition to the two smart farming solutions described above, Omron is also developing new plant sign sensing technology to enable more intelligent cultivation. In the future, by controlling the raw materials for photosynthesis and the growing environment, people can change the amount of photosynthetic crops in plants, so that their growing conditions are maintained in the best condition. In addition, the plant sign sensing technology can also realize the sensing and monitoring of nutrients absorbed by plants by using the principle of photoelectric sensor, so as to ensure the balanced distribution of nutrients within the plant.
China is in the tide of promoting smart agriculture. At this CIIE, Omron Group and Bright Food (Group) Co., Ltd. established a cooperative partnership on the introduction of technology, project cooperation, personnel training and other aspects of the construction of smart agriculture, and carried out long-term strategic cooperation. Omron will always focus on the evolving Sensing & Control + Think technology and integrate new smart agricultural solutions to help China usher in a new era of digital agricultural production management and make agriculture a more dynamic, attractive and attractive industry.
