Fabrication of Solar Powered Grass Cutting Machine |
Author(s): |
| Aniket Krishna Mhatre , Dilkap research institute of engineering and management studies; Akash Dashrath Borkar, Dilkap research institute of engineering and management studies; Pawan Vinod Pagare, Dilkap research institute of engineering and management studies; Shishir Madhav Rao, Dilkap research institute of engineering and management studies; Prof. S. D. Jadhav, Dilkap research institute of engineering and management studies |
Keywords: |
| Solar Panel, Relay, DC motor, Blades, Comparator, Temperature sensor, Battery |
Abstract |
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In our country „demand of energy‟ is one of the major problem. Solar energy plays vital role in drying agriculture products and for irrigation purpose and it is done by pumping the well water in remote villages without electricity. Thus, this Technology on solar energy can be extended for cutter for cutting Crop, weeds, and lawn Crop etc., by using solar Crop cutter. In present days the Concept and Technology employing this Non-conventional energy becomes very popular for all types of development activities. Finding solutions, to meet the “demand of Energy†is the great challenge for Social Scientist, Entrepreneurs, Engineers and Industrialist of our Country. According to them, use of Non-conventional energy is the only alternate solution for conventional energy demand. There are many applications in Agriculture Sectors. Multipurpose Crop cutter which can be used for finishing work as well as for cutting long, thick Crop, Crop. Its have been carefully designed for user comfort by considering ergonomics aesthetics. Particular attention has been given to avoid the pollution and worker tiredness. This project deals with the use of solar energy in the replacement of energy from any fossil fuel. A Solar crop cutter is a machine that uses sliding blades to cut a lawn at an even length. Even more sophisticated devices are there in every field. Power consumption becomes essential for future. |
Other Details |
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Paper ID: IJSRDV6I20134 Published in: Volume : 6, Issue : 2 Publication Date: 01/05/2018 Page(s): 692-694 |
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