대동 DAEDONG
Innovation for the Future Smart Farm
Setting the standard of future agriculture technology
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Daedong is setting the standard for future agriculture
technology through the Smart Farm project.
Innovation for the future, Expansion for a better society
Daedong is pursuing the smart farm business through the smart greenhouse of Daedong Seoul Office and the Jeju Daedong Eco Farm City. We strive to create the new standard of future agriculture, based on agricultural technology that we have accumulated for more than 70 years.
The standard of future agriculture technology, Smart Farm
A smart farm refers to a farm that can maintain the optimal growth environment for crops and livestock remotely and automatically by combining advanced ICT technology with the greenhouse and barns. It creates the optimal growth environment based on the crop’s growth data and environment data (temperature, humidity, CO2 concentration, amount of light, etc.). A smart farm, such as a smart greenhouse, a smart orchard, or a smart livestock farm, enables higher quality and productivity with less agricultural resources, like labor, energy, and nutrients.
Smart greenhouse
Maintains the optimal growth environment for crops by monitoring the temperature, humidity, CO2, etc. of the greenhouse and remotely/automatically controlling tasks, such as the opening and closing of windows, and supplying nutrients.
Smart orchard
Monitors the temperature, humidity, weather conditions, etc., and performs tasks such as irrigation and pest management remotely/automatically.
Smart livestock farm
Monitors the farm environment and remotely/automatically controls the time and the amount of feed and water supply.
The configuration and the importance of the smart greenhouse
The smart greenhouse measures and analyzes the soil, nutrients, temperature and humidity, CO2 concentration, etc. through environment measurement sensors to automatically perform tasks, such as ventilation, heating, solar radiation adjustment (opening and closing of light-proof curtains, LED operation), irrigation and nutrient solution adjustments, through the integrated controller equipment, if something is higher or lower than the crop’s optimal growth environment. The greenhouse can also be monitored through video equipment like CCTV and web cameras. Because you can control most of the environment in a greenhouse, compared to farming on land, the smart greenhouse can accumulate and utilize all the conditions required to grow crops in the optimal environment. This is why the smart greenhouse is the basic system and the standard for future agriculture.
Daedong Seoul Office Smart Greenhouse
A Smart Farm has been built as a test bed for Daedong Smart Farm that is required in the future agriculture world, to experience the future agriculture technology of Daedong.
The Smart Greenhouse of Seoul Office is a space to experience future agriculture with a smart glass greenhouse, complex environmental controls, and urban agriculture. Research on the optimal crop growth environment and predicting yield is conducted through data farming, and the automation of agriculture is realized by the implementation of the growth video imaging robot.
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DATA Farming Automation of agriculture
Leaf vegetable cultivation room
Rotational LED
Light source distribution
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Future agriculture
Seedling area
Leaf vegetables
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Experience space
Cafeteria
Farm to Table
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Experience space
Complex environmental controls
Control panel
Growth environment configuration
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Future agriculture
Seedling area
Fruit and vegetables, special crops
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DATA Farming Automation of agriculture
Robot
Acquisition of growth information
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Future agriculture
Fruit and vegetable cultivation room
Cultivation of tomato, paprika and
culture medium
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Future agriculture
Leaf vegetable cultivation room
Vertical farm
Farm to Table
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Future agriculture
Experience space
Leaf vegetable,specialty crop
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Experience space
Large monitor
Environmental status information
DATA Farming Automation of agriculture
Leaf vegetable cultivation room
Rotational LED
Light source distribution
Future agriculture
Seedling area
Leaf vegetables
Experience space
Cafeteria
Farm to Table
Experience space
Complex environmental controls
Control panel
Growth environment configuration
Future agriculture
Seedling area
Fruit and vegetables, special crops
DATA Farming Automation of agriculture
Robot
Acquisition of growth information
Future agriculture
Fruit and vegetable cultivation room
Cultivation of tomato, paprika and
culture medium
Future agriculture
Leaf vegetable cultivation room
Vertical farm
Farm to Table
Future agriculture
Experience space
Leaf vegetable,specialty crop
Experience space
Large monitor
Environmental status information
Precision Agriculture Solution
Daedong is creating a precision agriculture solution to complete future smart agriculture, even beyond making work efficient and unmanned with smart agricultural machines. Even if the agricultural machine works on its own, when and what to perform depends on the condition of the weather, soil, and the crop’s growth. Daedong’s precision agriculture solution collects data during the crop’s growth cycle, including the condition of growth, soil, harvest yield, etc., and maps the data. It will lead to optimal productivity by recommending the timing of work and products to use from plowing, sowing, fertilizing, and pest control, to harvesting.
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This year
Providing an optimal environment for growth
Multi-spectral image sensing
Mapping
Data visualization -
This year
Timely fertilizing and pest control where required
Calculating the optimal fertilizer and pest control amounts by location
Machine synchronization including drones and unmanned helicopters -
This year
Monitoring harvest quality
Measurement of harvest quality by location
Data visualization -
Next year
Providing the optimal soil composition
Analysis of the effect of soil composition on harvest yield and quality Providing the optimal composition for each crop
Soil solution
Detailed analysis of the soil’s EC data and nutritional data such as N, P, K, and integration with geographical data, mapping
Recommendation of optimal fertilizer and amount, based on fertilizer map
Harvest solution
Measurement and detailed analysis of harvested yield and quality, and integration with geographical data, harvest yield mapping
Calculation of optimal harvest time and increase of crop quality based on cultivation environment data (weather, soil, etc)
Growth solution
Continuous collection of growth data during the crop’s growth cycle, and integration with geographical data as well as fertilizer and pest control data, mapping
Recommendation of the optimal fertilization and pest control time depending on growth condition