Adiabatic cooling is the process of reducing heat energy with the help of conventional natural methods like sprinkling of water to maintain the temperature.

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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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