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A
PRESENTATION
ON
SOLAR BASED GRASS CUTTER
PRESENTED BY:
SAURAV SINGH (1328231907 )
EMAIL ID:-SAURAVKUMARANNA@GMAIL.COM
JP INSTITUTE OF ENGINEERING & TECHNOLOGY,
MEERUT
MOBILE NO.-8439247988
9458764843
SOLAR BASED GRASS CUTTER
TABLE OF CONTENTS
 INTRODUCTION
 COMPONENTS USED
 WORKING PRINCIPLE
 WORKING DIAGRAM
 APPLICATIONS
 ADVANTAGES / DISADVANTAGES
 WHY THIS PROJECT?
 REFERENCES
INTRODUCTION
 Moving the grass cutters with a standard motor is inconvenient, and no
one takes pleasure in it
 Classical grass cutters with heavy engines create noise pollution and
local air pollution due to the combustion in the engine
 Motor powered engines require periodic maintenance such as changing
the engine oils etc.
 If the electric grass cutter is corded, moving could prove to be
problematic and dangerous
 Solar ways grass cutters are environment friendly
 This prototype will charge from sun using solar panels
COMPONENTS USED
 Solar Panels
 Relay
 DC motor
 Blades
 Comparator
 Temperature sensor
 Battery
ROBOTICS CHASIS
ARDIUNO BOARD
 Inventor :-MASSIMO BENZI & its five friend
 Year :-11sept 2011
 ARDIUNO :- (STRONG FRIEND)
SOLAR PANELS
IC 7805 & WIRE
T-SOP & TV REMOTE
LED & LDR
CRYSTAL OSCILLATOR
CERAMIC CAPACITOR & TRIM POT
RESISTANCE AND DC MOTOR
RELAY & PCB BOARD
BATTERY & IC (L293D)
TEMPERATURE SENSOR
BLADES
ULTRA SONIC SENSOR
BLOCK DIAGRAM
CONNECTION
CONNECTION OF THE COMPONENT:-
CONNECTION DIAGRAM
WORKING PRINCIPLE
 Commanded by wireless remote to the device
 Moves forward or backward by given command by user
 Contains two motors which are connected by separate wheels which move forward and
backward on the grass
 Inner part of the device have a set of blades which cuts the grass
 Have 6 hour power backup
WORKING DIAGRAM
APPLICATIONS
 For Playgrounds (cricket ground, football ground etc.)
 For House gardens
 For small farms
 For nurseries
ADVANTAGES
 Compact size and portable
 No fuel cost
 No pollution
 Easy to move from one place to another
 Less wear and tear
 Non-skilled person can also operate
DISADVANTAGES
 Blade failure
 Manually operated
 Difficult to operate in rainy seasons
WHY THIS PROJECT ?
 This project is more suitable for a common man as it have much more advantages i.e., no fuel
cost, no pollution and no fuel residue, less wear and tear.
 This provides more physical exercise to the people and can be easily handled.
 As we are nearer to Equator, the solar energy is vastly available so it’s very easy to charge the
battery.
 At present in order to decrease global warming and ozone depletion, the Government of India is
offering subsidy for the solar devices.
 Mass productions can cut the cost of the device.
 In future it is expected to run all devices by solar energy. This system is having facility of
charging the batteries while the solar powered grass cutter is in motion.
REFERENCES
 www.google.com
 www.efu.com
 www.Wikipedia.com
 www.electronicsckt.com
 www.hybridelectronics.com
 www.instructables.com
 www.solarproject.com
SOLAR BASED GRASS CUTTER

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SOLAR BASED GRASS CUTTER

  • 1. A PRESENTATION ON SOLAR BASED GRASS CUTTER PRESENTED BY: SAURAV SINGH (1328231907 ) EMAIL ID:[email protected] JP INSTITUTE OF ENGINEERING & TECHNOLOGY, MEERUT MOBILE NO.-8439247988 9458764843
  • 3. TABLE OF CONTENTS  INTRODUCTION  COMPONENTS USED  WORKING PRINCIPLE  WORKING DIAGRAM  APPLICATIONS  ADVANTAGES / DISADVANTAGES  WHY THIS PROJECT?  REFERENCES
  • 4. INTRODUCTION  Moving the grass cutters with a standard motor is inconvenient, and no one takes pleasure in it  Classical grass cutters with heavy engines create noise pollution and local air pollution due to the combustion in the engine  Motor powered engines require periodic maintenance such as changing the engine oils etc.  If the electric grass cutter is corded, moving could prove to be problematic and dangerous  Solar ways grass cutters are environment friendly  This prototype will charge from sun using solar panels
  • 5. COMPONENTS USED  Solar Panels  Relay  DC motor  Blades  Comparator  Temperature sensor  Battery
  • 7. ARDIUNO BOARD  Inventor :-MASSIMO BENZI & its five friend  Year :-11sept 2011  ARDIUNO :- (STRONG FRIEND)
  • 9. IC 7805 & WIRE
  • 10. T-SOP & TV REMOTE
  • 15. RELAY & PCB BOARD
  • 16. BATTERY & IC (L293D)
  • 22. CONNECTION OF THE COMPONENT:-
  • 24. WORKING PRINCIPLE  Commanded by wireless remote to the device  Moves forward or backward by given command by user  Contains two motors which are connected by separate wheels which move forward and backward on the grass  Inner part of the device have a set of blades which cuts the grass  Have 6 hour power backup
  • 26. APPLICATIONS  For Playgrounds (cricket ground, football ground etc.)  For House gardens  For small farms  For nurseries
  • 27. ADVANTAGES  Compact size and portable  No fuel cost  No pollution  Easy to move from one place to another  Less wear and tear  Non-skilled person can also operate
  • 28. DISADVANTAGES  Blade failure  Manually operated  Difficult to operate in rainy seasons
  • 29. WHY THIS PROJECT ?  This project is more suitable for a common man as it have much more advantages i.e., no fuel cost, no pollution and no fuel residue, less wear and tear.  This provides more physical exercise to the people and can be easily handled.  As we are nearer to Equator, the solar energy is vastly available so it’s very easy to charge the battery.  At present in order to decrease global warming and ozone depletion, the Government of India is offering subsidy for the solar devices.  Mass productions can cut the cost of the device.  In future it is expected to run all devices by solar energy. This system is having facility of charging the batteries while the solar powered grass cutter is in motion.
  • 30. REFERENCES  www.google.com  www.efu.com  www.Wikipedia.com  www.electronicsckt.com  www.hybridelectronics.com  www.instructables.com  www.solarproject.com