preface
With the development of science and technology, agriculture has played an important role in the development of the national economy.
In recent years, with the development of science and technology and the advent of the era of artificial intelligence, the term "smart agriculture" has gradually developed and become an important part of the process of modern agriculture.
In the context of the rapid development of modern science and technology, sensors, as an important tool of modern intelligence, have also played an important role in promoting the development of smart agriculture.
Smart Farming Concept
Smart agriculture is an advanced stage of agricultural production, which integrates emerging Internet, mobile Internet, cloud computing and Internet of Things technologies.
Mainly using computer and network technology, wireless communication technology and sensing technology to achieve long-distance operation, diagnosis, catastrophe early warning, etc.
At the same time, according to the situation, combined with the expert database for consultation, the establishment of visual communication and agricultural service models, the accurate monitoring of agriculture, the improvement of the level of facility agricultural construction, the expansion of agricultural expert knowledge base, and reasonable analysis.
Finally, the greening, standardization, networking and fully intelligent development of agricultural ecology will be realized.
Internet of Things in Agriculture
Compared with traditional agriculture, smart agriculture includes the Internet of Things, agricultural information services, remote sensing technology, e-commerce, agricultural leisure tourism and other modern technologies and traditional agriculture, with the Internet, cloud computing as the carrier to achieve accurate and intelligent decision-making and remote control, which is of great significance for the development of modern agriculture.
The deep integration of Internet of Things technology and traditional agriculture, the most important thing is to rely on sensor technology.
Agricultural weather station real scene
Through sensors, agricultural personnel can not only get rid of the limitations of natural factors such as weather, but also realize remote scientific monitoring in fields, greenhouses, aquatic products and animal husbandry, effectively reducing manpower consumption.
It can also use scientific analysis to improve the resilience of the entire agriculture to disasters and risks, and increase crop yields.
Agricultural sensors have led traditional agricultural production to the development of intelligent, automated and remotely controlled smart agriculture.
Practitioners are using cloud platforms to receive sensor data
Compared with traditional agriculture, smart agriculture also shows great advantages:
- Water conservation.
- Optimize the use of fertilizers and pesticides. Agricultural products are more non-toxic and nutritious.
- Improve crop productivity.
- Reduce operating costs.
- Open up unconventional agricultural areas in cities and deserts.
- Reduce greenhouse gas emissions.
- Reduce soil erosion.
- Provide real-time data to farmers.
Ruiyika professional smart agricultural solutions
The development of modern smart agriculture is closely related to sensor technology.
However, the quality of sensors currently produced on the market is uneven.
In addition, the performance choice of the sensor affects the improvement of agricultural productivity, and most of the sensors used in smart agriculture need to face a relatively harsh environment, so it is necessary to apply low-power, corrosion-resistant, low-temperature-resistant sensors.
In view of this problem, Ruiyika Technology has established a professional intelligent agricultural environment monitoring system.
Ruiyika intelligent agricultural environment monitoring system
Ruiyika smart agricultural environment monitoring system integrates intelligent sensing, Internet, cloud computing and Internet of Things technology.
Relying on various sensing nodes deployed at agricultural production sites, "ambient temperature and humidity, soil moisture, carbon dioxide, images, etc.", and wireless communication networks.
Realize the intelligent perception, intelligent early warning, intelligent decision-making, intelligent analysis and expert online guidance of the agricultural production environment, etc., which can provide data support for accurate planting, visual management and intelligent decision-making for agricultural production.
Agricultural Solutions Main Product Introduction
RK330-02 Wall Mounted Large Temperature humidity sensor
RK330-02 large temperature humidity sensor
RK330-01 wall-mounted large temperature and humidity sensor is a professional sensor for measuring air temperature and relative humidity. The sensor housing is waterproof and UV resistant.
Can be widely used in agriculture, forestry, meteorology, greenhouses, storage and other places.
RK400-01 Tipping Bucket Rain Sensor
RK400-01 Tipping Bucket Rain Sensor
The RK400-01 Tipping Bucket RainFall Sensor is an instrument that tests rainfall in nature. The sensor converts the rainfall into a pulse output that meets the user's needs for information transmission, processing, recording, and display.
It can be widely used in weather stations, hydrological stations, agriculture and forestry, national defense and field monitoring stations. It provides raw data for flood control, water supply systems and reservoir water management in factories.
RK500-22 pH sensor
RK500-22 pH sensor
With RK500-22 pH sensor using low impedance sensitive glass, using internal signal isolation technology, strong anti-interference, with good reproducibility, thermal stability, no need for professional calibration instruments, easy installation, stable performance, can be used to continuously measure the pH of soil, suitable for agriculture and environmental protection and other fields.
RK520-01 Soil Moisture Temperature and Humidity Sensor
RK520-01 Soil Moisture Temperature and Humidity Sensor
RK520-01 soil moisture and temperature sensor with integrated humidity and temperature measurement. A stainless steel probe is inserted into the soil surface or soil profile to quickly test the moisture and temperature of the soil.
The moisture measurement section is designed according to the FDR principle, measuring the soil moisture content by measuring the dielectric constant of the soil, and the temperature part uses a precision platinum resistance element.
Built-in drift calibration and temperature compensation circuitry can be adapted to most applications. The probe can be permanently buried underground and connected to a data logger for unlimited testing.
Domestic and foreign customer cases
- Sichuan Smart Agriculture Project
Sichuan Smart Agriculture Project
- Hunan Smart Agriculture Project
Hunan Smart Agriculture Project
- Smart Agriculture Project in Thailand
Smart Agriculture Project in Thailand
- Smart Agriculture Project in Spain
Smart Agriculture Project in Spain