Products System
System
System Field
Woodeumgee E&C system field is essential for securing the optimal cultivation environment within a facility horticulture greenhouse.
The formula for success in facility horticulture depends on a variety of climatic environmental factors and systems, including heating/cooling, air circulation, and CO2. woodeumgee E&C always works with customers to find the best solution and ensure optimal system configuration.
01
Cooling/heating equipment
Air source heat pump system
Woodeumgee E&C know-how is compiled and utilized as smart farm equipment based on high energy efficiency
This is a system that cools or heats air, supplies it inside, and regulates the temperature to cool and heat the inside of a smart farm. Energy and facility maintenance costs can be economically operated and energy consumption can be minimized.
Geothermal heat system
This is a system that regulates the temperature inside a smart farm by utilizing heat energy inside the Earth.
Geothermal heat pumps are used to extract geothermal energy and use it for indoor cooling and heating or hot water supply, providing a sustainable heating and cooling solution due to its high energy efficiency.

Tube rail heating pipe, grow tube heating pipe, top heating heating pipe, snowmelt heating pipe
Improve production efficiency by utilizing big data from major production facilities based on high energy efficiency
Accumulation, analysis and utilization of cooling and heating big data
Air source cooling and heating system: Air source heat pump
  • A system capable of producing hot and cold water, an essential facility for an efficient cultivation environment
  • Core equipment that dramatically reduces energy costs and facility maintenance costs
  • Production of uniform quality products, control of harvest time, etc.
Cultivation data collection & analysis
  • Operate an environmental control system using big data through continuous data collection
  • Efficient operation of growth, cultivation, and harvesting through an environmental control system
  • Collected data: moisture (humidity), temperature inside the greenhouse, wind direction (speed), amount of carbon dioxide, etc.
02
Semi-enclosed greenhouse
Improve production efficiency by utilizing big data from major production facilities based on high energy efficiency
15-30% increase in profitability compared to regular greenhouses
Optimization of growth environment
Improving the weather environment in the greenhouse
Cost reduction
Optimization of energy and CO2 use
Block harmful factors
Minimize the use of chemical pesticides
Minimize the use of chemical pesticides
Crop growth environment and Improving the quality of agricultural products produced
03
Circulating nutrient solution
cultivation facility
  • Environmental protection by suppressing external discharge of drainage fluid
  • Reduce fertilizer costs by recycling drainage
  • Save water resources by recycling drainage
  • Improving the image of hydroponic crops
  • Ultimately, for innovative and sustainable agriculture.
04
Complex environment control and
electricity
  • Presenting a comprehensive control optimal production model in relation to various environments in the above-ground and root zone areas within the facility
  • An understanding of each factor that makes up the system is essential for crop growth, environment creation, and integrated management of input resources.
  • A system that supplies appropriate nutrients for each crop and controls the temperature and humidity environment so that facility-grown crops can be grown under optimal growth conditions in response to the climatic environment.
Establishment and operation of a big data-based cultivation management system
ICT environment management
ICT environment control
  • Cooling/heating temperature control system
  • Curtain (warmth, shading) / Opening and closing ventilation window
  • CO2 / nutrient solution supply
  • Flow/exhaust fan (air agitation/exhaust)
Cultivation data collection
  • Collection of growth environment data (temperature/humidity, light, irrigation/nutrient solution, etc.)
  • Collection of growth information data (length, thickness, number of fruits, etc.)
Big data accumulation, analysis, and utilization
"Improvement of growth algorithm"
Ability to operate a convergence cultivation environment management system using cutting-edge ICT technology
Korea’s only AI DATA smart farm that applies overseas technology to a Korean-style smart farm
Korean-style smart farm through cultivation management experience
Remote control of the cultivation environment using smartphones and PCs, Status inquiry, emergency notification, data inquiry, video confirmation
Cultivation management using big data
Building a system base
Collecting productivity-enhancing cultivation data, Improvement of growth algorithm through utilization
05
Sorting system
Woodeumgee E&C
sorting system
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  • 02
  • 03
  • 04
  • 05
  • 06
01
Agricultural product washing and pre-processing equipment
02
Logistics automation equipment
logistics transport and distribution systems,
Various conveyor automation lines
03
Various box making machines, tapping machines,Film sealing machine, banding machine, etc. Packaging equipment
04
Shape and weight (electronic, mechanical) sorter
05
Automatic weighing/ packaging equipment for agricultural products
Computer weighing machine, various packaging machines
06
Agricultural APC automation equipment
State-of-the-art electronic sorting machine, non-destructive sensor, Automatic palletizing, information processing system