Design and Development of Multipurpose Solar Powered Agriculture Machine

EasyChair Preprint 10383

Abstract

About 75% of people in India depend on agriculture. This project is an environmentally friendly and non-polluting business, which includes agricultural cultivation, planting seeds, harvesting and spraying pesticides, etc. We can reduce a lot of energy and time using this tool. Finding a solution to meet the energy demand is a big challenge for social scientists, engineers, entrepreneurs and industrialists of our country, the use of non-convective energy is the only alternative solution to the convective energy demand. One of the main areas where we find many applications in agriculture is where we produce multi-purpose agricultural machines, new innovative models that are generally used for tillage, seeding and irrigation. This project aims to design and develop a multi-purpose agricultural system capable of carrying out various agricultural tasks such as planting, planting, managing and harvesting. The device is powered by solar energy and is environmentally friendly and energy efficient. The proposed design has a light and compact structure equipped with solar panels, batteries and electric motors. The machine works on a remote control system, which allows the user to control its movements and performance functions according to specific agricultural tasks. The project aims to enable small-scale farmers with limited access to conventional farming equipment to increase productivity and yield while reducing labor costs and environmental impact. Agriculture is an important sector of the economy in many countries. Farmers are always looking for ways to improve productivity, efficiency and profitability. Using solar powered multi-purpose farming machines can help farmers achieve this goal. This research paper explores the design and implementation of solar powered multipurpose agriculture. The machine is capable of performing various agricultural operations such as ploughing, planting, fertilizing and harvesting.

Keyphrases: Agriculture, Seed Sowing, Solar Powered, Weed cutting, fertilizer spraying

@booklet{EasyChair:10383,
  author    = {Sumit Kumar Bhagat and Piyush Kumar Chobarka and Sudhanshu Kumar and Nitin Kumawat and Shivendra Verma},
  title     = {Design and Development of Multipurpose Solar Powered Agriculture Machine},
  howpublished = {EasyChair Preprint 10383},
  year      = {EasyChair, 2023}}