Smart Farm

Using ICT, Composite Livestock Management System

• Smart farms are intelligent farms that can remotely or automatically maintain and manage the growing environment of crops and livestock by incorporating IoT, big data, AI, automated systems, and robot technologies into facility horticulture (vinyl, glass greenhouses), livestock, etc.

• Introduction effects : Feed cost 9.2%↓, Employment cost 6.6%↓, Delivery rate 2.5%↑, Fine grade birth 6.9%↑, Disease emergence damage 43.9%↓(‘16, SNU)

• Environmental
  management

  Temperature, Humidity, CO2, Environmental monitoring and Automatic control of facilities

• Disaster
  prevention

  Livestock Safety Management(Arc, Fire, Power outage and Intrusion, etc)

• Specification
  Management

  Livestock Specification Management(CCTV monitoring, Water supply check, etc)

• Operations
  Management

  Big Data Analysis(Sensors, Water Supply, etc. Data Base and farming journal)

Environmental management

• Internal environmental management equipment : Temperature, Humidity, CO2, Illumination, Ammonia, Carbon dioxide, Leakage detection, etc.
• External environmental management equipment : Temperature, Humidity, Wind direction, Rainfall, Solar radiation, Wind speed, etc.

Disaster prevention

• Safety management : Leak detection sensor, Electrostatic sensor, Fire detection sensor, etc.

Specification Management

• Productivity Management : It is possible to check the number and condition of individuals according to livestock movement through CCTV.

Operations Management

• Data Analysis : Analyze the livestock environment(Temperature, Humidity, etc) data to provide the optimal environment

Farm Agriculture

• Agriculture, which relied on farmers' experience and knowledge, aims to increase productivity and added value by Intelligence based on advanced ICT technologies and minimize the input of materials and labor.
• Establishing a production system for agricultural industries to address issues such as climate change (change of cultivated land, natural disasters), worsening supply and demand of agricultural products (COVID-19, strengthening protectionism, etc.), diversifying agricultural and food demand, and shortage of rural manpower.

Smart Farm Gardening

• Hydroponics and Nutriculture
• Soil cultivation : Use of animal and plant culture media as soil(inorganic matter + organic matter)
• Soil cultivation + Nutriculture : Method of supplying nutrients from land to irrigation facilities
• Hydroponic cultivation : Method of supplying liquid to a medium-free or inorganic medium

Nutriculture

• Method of growing plants by artificially supplying nutritional water necessary for vegetation in various medium or non-medium conditions other than soil.
• Avoiding replant failure
• Automatic control of the underground environment
• Clean cultivation is possible
• Drastic reduction in labor force(Farming, Supplying organic matter, Weeding, Disinfection of medium, etc
• Selling advantage as a high quality or clean product
• Functional foods and vegetables can be produced

• Smart Farm Hydroponic
  cultivation of fruit trees
  (Tomato)

  

• Smart Farm Hydroponic
  cultivation of fruit trees
  (Strawberry)

  

• Smart Farm Hydroponic
  cultivation of fruit trees
  (Grape)

  

Precautions when Nutriculture

• Nutriculture is a nutrient that is supplied to crops, and each crop has a nutrient supply condition, and sensors such as EC, pH, and geothermal temperature are the standard of measurement the nutritional status of the crops, providing the necessary amount according to the sensor data.
• In order to control EC, pH, geothermal temperature, etc., the mixing ratio of the nutrients is changed.
• In the case of the Nutriculture information sensor, the drainage sensor or the culture medium sensor shall be installed selectively after consultation with the farmer.
• Nutriculture amount information sensor selects either the drainage information sensor(Drainage EC sensor, Drainage pH sensor) or the culture medium information sensor(the percentage of water content in culture medium, culture medium temperature sensor)

Product specification

Product Name	Control box
Model Number	TW001-500DB
Specifications and Quality of the material(In case of SW, the medium used)	Standard : 200 × 300 × 185 mm Material: plastic (ABS) molded box
Main function	Ventilation fan control according to user set temperature Minimum ventilation and maximum ventilation can be set In order to prevent environmental changes caused by too fast ventilation, a function to control the rate of change of ventilation volume is installed. Real-time temperature check using the built-in temperature sensor Automatically control ventilation volume according to user's settings Perform motor control in VVVF method
Product photo (SW case menu structure diagram)

Product Name	Double-blade ventilation fan
Model Number	TW001-500D2F
Specifications and Quality of the material(Program for SW)	Specifications: Length 905 mm, External diameter 510 mm, Internal diameter 500 mm Material: ABS
Main function	To increase efficiency, we adopted a double blade structure Real-time ventilation volume can be checked by measuring the number of rotations of the non-powered fan with an encoder When flow rate changes due to air pressure differences and headwinds, it can prevent ventilation from changing despite the same RPM Ventilation data is passed to the control box through the encoder, which performs motor control to ensure that the non-powered fan maintains a constant rotation speed.
Product Photo (Replace with menu structure diagram when software)

Product Name	Central Control Unit (TWEEN)
Model Number	TW002-C01
Specifications and Quality of the material(Program for SW)	Specification: 440 × 345 × 210 mm Material: Plastic (ABS) Forming Box
Main function	Ventilation fans, heaters, sprinklers, etc. can be controlled according to user settings. Temperature, humidity, and CO2 levels can be measured in real time using environmental sensors connected to the Central Control Unit You can control the internal environment of the axon by setting the temperature, humidity, upper and lower values of CO2. Scale up to 12 central controllers in parallel. It can be expanded considering the size of the barn. Perform motor control using VVF inverter method
Product Photo (Replace with menu structure diagram when software)

Product Name	Ventilation system monitoring program (Selection Specifications)
Model Number	TW001-500DP
Specifications and Quality of the material(Program for SW)	Development language: Visual Basic 6.0 Monitor resolution: FHD (1920x1080)
Main function	Program for collecting ventilation system operation data such as temperature, set temperature, RPM, set RPM, minimum ventilation, etc Ventilation fan operation and shutdown commands are possible on the PC program. Real-time operational data for measured variables can be stored in TXT file format every 2 seconds
Product Photo (Replace with menu structure diagram when software)

Product Name	Environmental control program(TWEEN)
Model Number	TW002-CP01
Specifications and Quality of the material(Program for SW)	IBM-compatible PC, Windows
Main function	Installation on a PC hardwired to a central controller Central controllers can be monitored and controlled in batches (Maximum : 12) It is possible to collectively monitor the operating environment inside the central controller, such as inverter operation status, and the operation status of external livestock devices such as ventilation fans Provides collection and monitoring of livestock environment data, charts and visualized graphs.
Product Photo (Replace with menu structure diagram when software)

Product Name	Smart Heater
Model Number	TW-1911
Specifications and Quality of the material(Program for SW)	Rated voltage: 3 phase/4 wires 380 V Weight: 20 kg Size: 230×560×294 (mm) Material: SUS304 Air Volume : 7.5 cm Power consumption: 64.87 kW
Main function	This product features high caloric value through an electric heater heating method, and is a smart electric fan heater for agricultural and livestock industries, Compared to petroleum heaters and gas heaters, it is odorless and easy to install, less dangerous to fire, and easier to manage Cooling and blowing Process : When the heater is heated, the blower fan is operated to propagate the temperature, and when the heater is stopped, the blower fan is operated for 3 minutes to cool the heater. Electrical circuit protection : When heater is over-voltage, the electriccal circuit unit is designed to be protected Over temperature protection sensor : An overheating protection device is prepared to detect abnormal overheating in the heater. If the temperature inside the heater box is above 110℃, it stops operating. Digital Display : Digital display of temperature and time
Product Photo (Replace with menu structure diagram when software)