Recent Papers

In recent years, interest in the development of autonomous vehicles in agriculture has increased. This development led many researchers to start developing more rational and adaptive vehicles. In the field of autonomous agricultural vehicles, a number of small autonomous machines are being conceptualized to determine whether they will outperform conventional large tractors in terms of efficiency (Blackmore et al., 2004). These vehicles must be capable of operating 24 hours a day, 365 days a year in most weather conditions, and must be intelligent enough to operate in a semi-natural environment for long periods of time unattended while performing useful functions. Task In addition, such a system can have a lower environmental impact if it can reduce the use of chemicals and the use of large amounts of energy, such as diesel and fertilizers, through control that is more responsive to stochastic requirements.Solar energy is currently the most effective alternative energy source in this case. Solar crop cutters are based on the grazing principle. The Sun provides a consistent amount of energy to the Earth's atmospheric system, which is used for a variety of purposes. The total amount of solar energy is 30,000 times the world's annual energy. Solar energy harvesters are based on the same principles as the early inventions of other harvesters. It generates the energy required to power the chair using flat plate solar collectors. A harvester that uses the sun as its energy source is expected to solve some problems that are not associated with conventional IC engines and motor-driven electric harvesters. Solar tillers will be easier to use, less time consuming and user friendly.

Copyright © 2023 Akshay Ananda Patil. This is an open access article distributed under the Creative Commons Attribution License.