The document explains the adiabatic cooling process, which reduces heat energy using natural methods like water sprinkling, primarily for applications in greenhouses and homes. It describes the temperature control system using a PLC-based controller that minimizes water consumption while effectively managing temperatures. Advantages highlighted include energy conservation, economic efficiency, and automation in temperature regulation without human intervention.

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2. Introduction:
 Adiabatic Process
 Working of adiabatic cooling system
 Used Devices
 Advantages
 Applications
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 Adiabatic Cooling System

4.  About Adiabatic Process:
 Adiabatic cooling is the process of reducing heat energy
with the help of conventional natural methods like
sprinkling of water to maintain the temperature.
 The concept comes into picture from the evaporative air
conditioning systems at homes where water is added to
a pad or rooftop through which air is pinched into
reduce the temperature.
 Because of which we will obtain lower temperature at
the input which will reduce the energy costs converting
the air to the required temperature.
 This principle is known as “Adiabatic cooling” process.
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5.  What is Adiabatic Cooling System
 It designed for an Econet system especially for the use in the
greenhouses of nurseries or the farms to protect the plants
from excess of sunlight.
 It is one of the energy saving product which works on the
process of adiabatic cooling.
 It uses water sprinkler for temperature control with the help
of sensor and PLC based controller.
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6.  Temperature controller in Adiabatic
 The temperature controller of the adiabatic cooling system is
working with volt free inputs with internal override terminals.
 It is a customized intelligent PLC based controller which can be
adjusted by the operator to pre set the values of desired
temperature.
 Water is sprinkled periodically on the mesh or net to lower the
temperature.
 Spray rate and duration are adjusted by the controller to suit the
ambient conditions which causes minimal water consumption.
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7.  Advantages of Adiabatic Cooling System
 The adiabatic cooling system provides best
temperature control with following advantages
 Temperature control is carried out without
human interactions
 Conserves more energy as compared to
conventional systems
 Very economic and user friendly device
 Automotive temperature control of greenhouses
is possible by adiabatic cooling process without
human interaction.
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8.  Application of Adiabatic Cooling System
 AC condensers and dry cooling applications
 Air conditioning applications
 Refrigeration systems
 Greenhouses
 Unitary
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