Solutions agricoles intelligentes
Precise sensing of agricultural environments, empowering the upgrade of intelligent agricultural solutions.
What Is Smart Agricultural?
Smart agriculture leverages IoT, sensors, and data technologies to monitor farmland environments in real time, automatically regulating irrigation, water-fertilizer application, and growth conditions. This enables more efficient, precise, and visual agricultural management, helping to boost crop yields and quality, reduce risks, and optimize resource utilization.
- Smart Monitoring and Early Warning: Sensors and meteorological equipment collect real-time data on soil conditions, weather patterns, moisture levels, and pest infestations, enabling precise detection and early alerts to ensure healthy crop growth.
- Automated Precision Operations: Leveraging smart irrigation systems, intelligent fertilization equipment, and drone-based crop protection, these technologies achieve precise application of water, fertilizers, and pesticides. This reduces resource waste and enhances operational efficiency.
- Digital Management and Decision-Making: Utilizing IoT and big data for digital recording, analysis, and visualization of production processes enables scientific decision-making, refined management, and sustainable increases in yield and efficiency.
Limitations Of Traditional Agriculture
Traditional agriculture is characterized by low efficiency and significant resource waste, making it ill-equipped to meet modern demands and address environmental challenges. This is specifically manifested as follows:
Inefficient Resource Utilization
Traditional agriculture often relies on manual labor and primitive farming tools, resulting in low production efficiency, high labor intensity, and inefficient use of land and water resources.
Dependence on Natural Conditions
Traditional agriculture is heavily influenced by natural factors such as climate change and soil quality. It lacks the technological means to effectively adjust production conditions, leading to unstable yields.
Limited Yields
Relying on natural fertilizers and organic cultivation, traditional agriculture lacks scientific crop selection and efficient fertilization/irrigation techniques, making large-scale high yields difficult to achieve.
Negative Environmental Impact
Practices like excessive pesticide/fertilizer use and monoculture farming cause soil degradation, groundwater pollution, and biodiversity loss.
Labor-Intensive
Traditional agriculture typically requires extensive manual labor for tasks like plowing, fertilizing, and harvesting, demanding significant manpower and extending production cycles.
Lack of Technological Innovation
Traditional agriculture often lacks modern technological support, resulting in low production efficiency that struggles to meet the growing demands of the global population and markets.
Sensor in Smart Agricultural Solutions
Smart agriculture solutions leverage systematic equipment and precise procedures to achieve efficient, sustainable agricultural production.
Équipement du système
YanTai sensor has focused on the fields of meteorology and agriculture iot solutions, adhering to independent innovation. The company has developed a series of high-tech products with proprietary intellectual property rights, covering ultrasonic wind measurement, micro-meteorology, soil and environmental monitoring, and other areas, providing efficient technical support for agricultural production.
HCS-4G Soil Moisture Probe
The HCS-4 tube-type soil monitor can simultaneously measure soil temperature and soil moisture across four layers, utilizing RS485 or 4G wireless communication methods.
Capteur de rayonnement solaire
Enregistrement de l'énergie du rayonnement électromagnétique pour des applications dans le domaine du bilan énergétique environnemental, de la surveillance écologique des forêts et des solutions d'énergie solaire pour l'agriculture.
Capteur de CO2
Détection des concentrations de dioxyde de carbone dans l'air, avec des applications dans la surveillance de l'environnement, le contrôle des serres et la gestion de la qualité de l'air.
Vitesse et direction du vent
Mesure en temps réel de la vitesse et de la direction du vent, appliquée à la surveillance météorologique, à la surveillance de l'environnement et à la navigation.
Pluviomètre à seau basculant
Recueille l'eau de pluie et la verse automatiquement dans un seau basculant afin de mesurer avec précision les précipitations, dans le cadre de la surveillance météorologique et de la gestion des ressources en eau.
Capteur de photosynthèse
Mesure de l'intensité du rayonnement lumineux visible nécessaire à la photosynthèse des plantes, largement appliquée dans l'agriculture, les solutions photovoltaïques, la météorologie et la recherche environnementale.
Station d'enneigement
Baromètre Vitesse du vent Direction du vent Température Humidité relative Pression atmosphérique Éclairement Pluie Chute de neige Station météo.
Soil Tension Sensor
The RYQ-4 Agricultural Soil Triple-Sensor integrates temperature, humidity, and salinity monitoring with soil tension measurement, aiding in soil environment management.
Soil pH Sensor
The RY-CXW300 Soil pH Sensor utilizes the FDR principle, supporting 4-20mA and RS485 outputs for precise monitoring of soil pH levels in agricultural greenhouses.
Soil Heat Flux Sensor
Used for precise measurement of soil heat flux in agricultural greenhouses, helping to optimize greenhouse environmental control and crop growth conditions.
agricultural technology solutions, Empowering Efficient and Sustainable Development
We are a professional sensor manufacturer dedicated to the research, development, production, and sales of sensors. We provide high-quality sensor solutions serving multiple fields including agriculture and environmental monitoring.
Advantages of Agricultural Weather Stations
Real-time Data
Delivers accurate, real-time meteorological data to support complete solution of agriculture.
Equipment Management
Centralized management of various devices ensures efficient operation and maintenance.
Video Surveillance
Continuous monitoring of agricultural environments and equipment ensures safety and stability.
Alarm Settings
Set custom alerts to respond quickly to anomalies, minimizing potential damage.
Remote Control
Remote operation and adjustment provide a convenient management solution for agricultural facilities..
Farm Management
Streamline field operations to boost crop growth and optimize yields.
Application of agriculture industry solution
Yantai Sensors’ agriculture industry solution are widely applied across various scenarios in modern smart agriculture, providing real-time monitoring of environmental and crop conditions to support precision planting, water-saving irrigation, and digital management. They are primarily suitable for the following scenarios:
Field Environment Monitoring
Real-time monitoring of temperature, humidity, light intensity, rainfall, wind speed, and wind direction for field crops to inform sowing, fertilization, and disaster prevention strategies.
Precision Irrigation and Water Management
Utilizing soil temperature/humidity sensors and lysimeters to monitor moisture conditions, enabling smart irrigation, water-saving irrigation, and optimized water resource allocation.
Greenhouse Environment Control
Monitor temperature, humidity, CO₂ concentration, light intensity, and atmospheric pressure to automatically regulate ventilation, lighting, and irrigation systems, ensuring stable crop growth.
Orchard and Cash Crop Management
Enhance growth management and yield forecasting for fruit trees, tea gardens, and vineyards through meteorological monitoring, pest sensors, and trunk diameter change tracking.
Smart Livestock Environment Monitoring
Monitor temperature, humidity, ammonia, hydrogen sulfide, and other parameters in livestock barns to promote healthy rearing and reduce disease risks.
Agricultural Pest and Disease Early Warning
Combines meteorological monitoring and pest identification sensors to track pest migration, analyze pest/disease trends, and provide advance warnings.
One-Stop Agricultural Monitoring Solution
- Détection de précision
- Intelligent Management
- Empowering Efficient and Stable Production
In-House Manufacturing for Reliable Quality
All products are independently developed and produced, ensuring strict quality control and a stable, dependable supply.
Laboratory-Grade Verification for Field-Ready Performance
With complete testing and wind tunnel laboratories, we ensure every device performs reliably in diverse agricultural environments.
Dedicated Team Supporting Your Agricultural Projects
Our engineers offer one-on-one technical support to ensure reliable equipment, accurate data, and stable long-term performance.
Contact Us for innovative agricultural solutions
Share your requirements, and we’ll help you choose the right sensors, provide tailored solutions, and support full customization.
Présentation de cas
Yantai Sensors has successfully supported global agricultural projects through its comprehensive product portfolio, robust quality management, and specialized technical team. From smart greenhouses and orchard monitoring to water and fertilizer management and field meteorological observation, Yantai delivers customized sensors and solutions to meet diverse needs, ensuring precise monitoring and intelligent management. The following case studies demonstrate Yantai’s expertise and successful implementations in the agricultural sector.
FAQ
Contactez nous
Yantai Sensors has successfully supported global agricultural projects through its comprehensive product portfolio, robust quality management, and specialized technical team. From smart greenhouses and orchard monitoring to water and fertilizer management and field meteorological observation, Yantai delivers customized sensors and solutions to meet diverse needs, ensuring precise monitoring and intelligent management. The following case studies demonstrate Yantai’s expertise and successful implementations in the agricultural sector.