Smart Greenhouse

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Smart Greenhouse
Project Group Mustafa Kara A. Osman
Sevim Serkan Oral K.Tolgahan Narin Project
Advisor Prof.Dr. Feza KERESTECIOGLU
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OBJECTIVES

• To control numerous environmental conditions for
  greenhouse
• To design
• faultless
• intelligent
• standalone
• flexible
• easy to use
• control system
• To find out optimum measurement techniques, and
  sensors
• To provide overall efficiency for greenhouse
  owners

Electronics
Mechanics
Design Problem
Software
Sensing
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Why Automation?

• It has been reported that greenhouse automation
• can achieve
• 45 decrease in use of pesticides, water, and
  energy.
• 65 less employment
• 65 decrease in general spending
• 65 more efficient method (modern faultless
  control system)
• 65 improvement on conditions (HVAC heating,
  ventilation and air condition )
• 49 of Turkeys population is farmer
• The compulsory need to realize a greenhouse is
  only sun and water

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Project Calendar
SCHEDULE
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METHODS

• PLC-based control system with functional operator
  panel
• Centralized controller unit to processing all
  indoor/ outdoor
• conditions
• Multi point feedback sensors to provide
  immaculate operation
• Alarm system
• Expandable I/O options, flexible software
  structure with day-time applications
• Irrigation, shading, fogging, pulverization
  techniques and superior framework as required by
  modern agriculture
• Built-in receipts for growing various crops

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RESULTS

• The Smart Greenhouse measures various
  environmental conditions regularly, and save
  them. To reach the desired set points , it
  manipulates actuators and related equipments.
• A variety of crop growing profiles can be
  programmed, and these settings are maintained
  automatically.
• Faults are compensated and reported to the
  operator
• Modern agricultural equipments provide efficient
  use of resources.
• Complete and applicable greenhouse model that
  covers all customer expectations, is designed.