AUTOMATIC IRRIGATION 
SYSTEM 
The Next Generation Irrigation 
An Innovative presentation 
By IT Team of 8B
INTRODUCTION 
 In the present world of technology, each work in day to day life cannot 
be done without at least one gadget. 
 Agriculture is much old practice for the production of food, it can also 
be done with the help of latest technology. 
 This presentation is based on automatic irrigation system, which is 
mostly done using sensors, electricity and pc/laptops. 
 The usage of these systems depend on the farmers.
Pictures
 Drip Irrigation is a type of irrigation in 
which the water is supplied drop by drop 
to the plants 
 In Automatic systems, we can set time for 
watering the plants automatically. 
 Sprinkler Irrigation is a type of irrigation in 
which a nozzle is attached to pipe to make 
theater reach as far as possible. 
 By setting time in the automatic systems we 
can water the plants during the night where 
evaporation is less. 
DRIP & SPRINKLER IRRIGATION
 Both are done in places where there is a shortage of water 
 Both reduces the need for human labor. 
 Both systems are mostly used in gardens & farms. 
 Both systems are work with a micro controller and a sensor. 
COMMON IN BOTH
THE STRUCTURE OF THE SYSTEM 
 The system works with a micro-controller & a sensor. 
 It works with electricity using mechanism. 
 The sensor can detect the soils wetness and fertility. 
 It is computer operated. 
 It has modes to change it to manual.
 Saves time- reduces the time spent on 
irrigating by yourself/labors. 
 Save money- no need to waste money 
on labors. 
 Save water- helps in places where there 
is shortage of water 
 Increases soil fertility- water will not 
evaporates quickly. 
 The systems are to expensive. 
 It uses a lot of electricity. 
 Some time may fail to work. 
 More labors who worked as gardeners 
were left jobless. 
ADVANTAGES & DISADVANTAGES
 The usage of this technology depends on the knowledge of the 
Farmers. 
 Most planters/farmers thought that these systems are only for large 
farms. 
 It is not widely used but still most of them use the systems for time 
management. 
USAGE
SOURCE 
 www.slideshare.net 
 www.edgefxkits.com 
 www.gardena.com 
 www.ianrpubs.unl.edu 
 www.paversearch.com 
 www.Wikipedia.org 
 Search engine: google, Yahoo & Bing

Automatic irrigation system

  • 1.
    AUTOMATIC IRRIGATION SYSTEM The Next Generation Irrigation An Innovative presentation By IT Team of 8B
  • 2.
    INTRODUCTION  Inthe present world of technology, each work in day to day life cannot be done without at least one gadget.  Agriculture is much old practice for the production of food, it can also be done with the help of latest technology.  This presentation is based on automatic irrigation system, which is mostly done using sensors, electricity and pc/laptops.  The usage of these systems depend on the farmers.
  • 3.
  • 4.
     Drip Irrigationis a type of irrigation in which the water is supplied drop by drop to the plants  In Automatic systems, we can set time for watering the plants automatically.  Sprinkler Irrigation is a type of irrigation in which a nozzle is attached to pipe to make theater reach as far as possible.  By setting time in the automatic systems we can water the plants during the night where evaporation is less. DRIP & SPRINKLER IRRIGATION
  • 5.
     Both aredone in places where there is a shortage of water  Both reduces the need for human labor.  Both systems are mostly used in gardens & farms.  Both systems are work with a micro controller and a sensor. COMMON IN BOTH
  • 6.
    THE STRUCTURE OFTHE SYSTEM  The system works with a micro-controller & a sensor.  It works with electricity using mechanism.  The sensor can detect the soils wetness and fertility.  It is computer operated.  It has modes to change it to manual.
  • 7.
     Saves time-reduces the time spent on irrigating by yourself/labors.  Save money- no need to waste money on labors.  Save water- helps in places where there is shortage of water  Increases soil fertility- water will not evaporates quickly.  The systems are to expensive.  It uses a lot of electricity.  Some time may fail to work.  More labors who worked as gardeners were left jobless. ADVANTAGES & DISADVANTAGES
  • 8.
     The usageof this technology depends on the knowledge of the Farmers.  Most planters/farmers thought that these systems are only for large farms.  It is not widely used but still most of them use the systems for time management. USAGE
  • 9.
    SOURCE  www.slideshare.net  www.edgefxkits.com  www.gardena.com  www.ianrpubs.unl.edu  www.paversearch.com  www.Wikipedia.org  Search engine: google, Yahoo & Bing