Agriculture uses

1. DEPARTMENT OF MECHANICAL ENGINEERING
ME8811-Project Work
FIRST REVIEW
Sakthi Ganesh GS 821120114322
Sanjay N 821120114323
Jayasurya N 821120114021
Suryabala N 821120114328
Guided BY
S.Balaganesh,M.E AP/MECH/KCE
Design And Fabrication Of Hybride Multipurpose Adjustable
Solar Sprayer

2. cotents
 Literature Review
 Introduction
 Methodology
 Testing Process
 Cost Estimation
 Application
 References

3. Literature Review
• This technology is date from the time of the GREEK, native Americas &
Chinese, who warmed their buildings orienting them toward the sun.
• Solar power is more specifically to refer to the conversion of sunlight in to
electricity.
• Solar photovoltaic provided 0.04% of the world’s energy usage in 2004.
• Earth receives 174 petawatts of incoming solar radiation (insulation) at the
upper atmosphere at any given time, where 6% of insulation is reflected
and 16% is absorbed.

4. Introduction
• Using renewable, non conventional sources of
energy(solar).
• This project emphasize on the spraying of pesticide using
solar power as energy. It can be used at various location.
• In this project we have to used the technique of operating
the motor used for spraying using solar panels.
• In the model an assembly of solar, battery, manual
operated

5. • Spraying of pesticides is an important task in agriculture for protecting the crops
from insects.
• Farmers mainly use hand operated or fuel operated spray pump for this task.
• There is need for development of an effective spraying method for increasing
productivity levels.
• This motivated us to design and fabricate a model that is basically eco-friendly
based solar sprayer.
• Here we can eliminate the back mounting of sprayer ergonomically and there will
be elimination of engine of fuel operated spray pump by which there will be
reduction in vibrations and noise

6. MATERIAL REQUIRED
 Tank
 Solar Panel
 Motor (Pump)
 Battery
 Manuel Handle
 Spray Gun
• Water Level Indicating Sensor
• Trolley Setup
• Multi Nozzle

7. Methodology
• Selection of design
• Selection of material
• Selection Of Sensors
• Process selection
• Process Parameters
• Final Result

8. Refrance
[1] P. Sukhatme And J K Nayak,Solar Energy:
Principles Of Thermal Collection And Storage , Tata Mc
Graw Hill Education Private Limited,Edition: Third, New
Delhi 2008
[2] R.K. Bansal, Fluid Mechanics And Hydrallic
Machines,Laxmi publications, Edition :ninth 2017
[3] V.B. Bhandari, Design of Machine
Elements,Tata Mc Graw Hill Education Private Limited,
2012
[4] K.Mahadevan and K Balaveera Readdy Design
Data Hand Book for Mechanical Engineers,CBS
Publishers and Distributors pvt ltd,Fourth edition 2013

9. On Progress
• We Are Collect The Materials For Project Like
Tank,solar Panel,manual Handle And Trolley Are
Ready For An Assembley

10. THANK YOU