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Solar Powered Multi-functional Agricultural Robot

S. Sujitha, N T Meghana, R Vandana, G R Vidya

Year
2022
Citations
5

Abstract

More than 40% of the world's population selects agribusiness as their primary occupation. Agribusiness has recently seen growth in the development of autonomous vehicles, including robots. When using a traditional farming strategy, the equipment used to carry out different tasks is expensive and poorly suited for handling. In this manner, Farmers must use cutting-edge machinery to conduct farming procedures. The proposed project intends to strengthen the robot. The robot is capable of seeding, ploughing, planting, mowing the lawn, and watering. The suggested robot uses solar energy for electricity. The need for any photovoltaic panels is an unnecessary external power source. The robot will reduce the cost of the work, speed up the process, and also improves the accuracy of the work. The energy utilized by the device is less when compared to tractors or other farming machinery devices such as electric pumps.

Keywords

RobotElectricityProcess (computing)AgricultureComputer scienceWork (physics)PopulationAgricultural engineeringPhotovoltaic systemEngineering

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