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EVERGLOW Intelligence is committed to using advanced technologies such as sensors, Internet of Things, artificial intelligence, big data and cloud computing to transform traditional agriculture; and build full-process solution capabilities including production process management and industrial service capabilities, aiming to become China’s leading greenhouse integrated solution provider.
EVERGLOW Smart Agriculture: Revolutionizing Farming Through IoT
Everglow’s Smart Farming Systems are paving the way for an agricultural revolution. The system deploys multiple sensors in the smart farm, such as air temperature and humidity sensors, soil nutrient sensors, and weather stations. These sensors collect data transmitted through RS485, 4G, or LoRa technologies, ensuring robustness and compatibility.
Key components include a web-based monitoring application hosted on a cloud server. This application processes data collected from the farm environment and enables remote visualization and control of all connected devices such as water fertilizer integrated machine, universal controller. Users can configure parameters, set alerts, view data in tables and charts, and download data for further analysis.
Everglow’s Smart Agriculture System is a powerful IoT solution, empowering farmers with real-time data for informed decisions and automating essential tasks. With ongoing development in AI data analysis tools, it’s set to improve farm management even further.
Traditional farming methods can’t meet the demand for food with changing climatic conditions. Pests, diseases, and water wastage plague the industry. Around 40% of global food production is lost due to these issues. Smart agricultural systems, powered by IoT and communication models, automate farming operations intelligently. They provide better control, improve resource utilization, and enable data-driven decision-making.
OUR Intellectual
property rights
New plant varieties
3 patents for new plant varieties Under application.
Invention Patent
Currently writing 11 invention patents, 24 utility models.
Extensive cooperation
A Dutch patent has listed Everglow as a co-inventor in China through the PCT.
Received awards
Received awards for excellent design, high-tech, etc
Comprehensive functional support
Data Collection
Obtain reliable data to provide a reliable basis for planting decisions
Data visualization
Graphical representation of information and data, efficient extraction of data information
Remote control
Real-time monitoring and control of park dynamics from anywhere, at any time
Intelligent early warning
Early warning of possible crop stress to reduce losses
AIoT analysis system
Yield prediction by combining IoT and artificial intelligence to build efficient planting models
Reduce cost and increase efficiency
Precise irrigation, fertilization according to demand, scientific optimization of human resources management, improve acres of efficiency
ALGORITHM PLATFORM
The DB-TITAN platform has been developed entirely in-house, allowing you to view crop growth and data, control key equipment and customise your irrigation needs from anywhere, at any time, with a modular one-touch start-up.
KEY MEASUREMENTS
Air environmental data
Air environment data, including temperature, humidity, carbon dioxide concentration in the air, etc.
Root Environment Data
Soil moisture content, nutrient solution EC, pH, soil tension
Plant load or plant carrying capacity
Cluster count, fruit set, and flowering.
Key controls
# Ventilation
Cooling in summer, dehumidification in winter, enhancing air circulation, and supplementing carbon dioxide.
# Heating
Increasing indoor temperature during winter
# Humidification
Increasing the relative humidity inside the greenhouse to prevent leaf stomata closure.
# Shading
Using adjustable shade nets during hot summer temperatures to block a portion of sunlight, reducing indoor temperature, particularly leaf temperature
# Supplementing light or providing additional lighting
Supplementing light during cloudy days to provide additional illumination during daylight hours, or providing light during the night to enhance the accumulation of photosynthetic products, or manipulating the dark period to regulate the physiological state of plants.
# Supplementing CO2
Supplementing indoor CO2 levels to meet the demands of photosynthesis, especially during winter when frequent ventilation is not convenient due to heating. Artificial supplementation of carbon dioxide is needed in such cases.
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