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International Research Journal of Engineering and Technology (IRJET)

e-ISSN: 2395-0056

Volume: 10 Issue: 05 | May 2023

p-ISSN: 2395-0072

www.irjet.net

DEVELOPMENT OF ACCIDENT-FREE SOLAR POWERED JEEP Tejas S Prabhu1, Aqeeb J Bukhari2, Zeeshan R Pathan3, Appanna S Khot4, Vishwanath M Khadakbhavi5, Dr.Rajendra M Galagali6 1,2,3,4Students, Department of Mechanical Engineering S.G. Balekundri Institute of Technology Engineering school

in Belgaum, Karnataka,India

5Professor and Project guide, Department of Mechanical Engineering, S.G. Balekundri Institute of Technology,

Belagavi, Karnataka, India Professor and HOD, Department of Mechanical Engineering, S.G. Balekundri Institute of Technology, Belagavi, Karnataka, India ---------------------------------------------------------------------***--------------------------------------------------------------------6

Abstract - A Problems like air pollution and the

consumption of petroleum have gotten worse as there are more and more moving automobiles on the road. The awareness that people have of the energy and environmental issues is promoting research into alternate car technologies including multiple fueling, hybridization, and electrification. The systems are also changed in tandem with the present issues. Road accidents are another problem. India’s Electric vehicle mission is a major initiative by the government of India to bring down pollution. However, the major hurdles faced in the implementation of Electric vehicles on a proper scale are the battery life and the charging range. The unavailability of charging stations is a major hurdle in setting up India’s EV mission as the charging stations need to be set up throughout the country. Since the proposed concept is to develop a fullfledged solar-powered vehicle the cost of operation of the vehicle is zero as it completely runs on solar energy. The vehicle creates zero pollution and is completely eco-friendly and eliminates the need for charging or charging stations to charge the vehicle. Further, the car is made intelligent, which continuously monitors the car’s health and sends it to the cloud so that breakdowns can be avoided. The Car is made 4 WD so that it can be easily driven across non-planar driving conditions. Smart accidental safety systems such as collision avoidance and GPS tracking are also implemented in the project to make the vehicle smart. Key Words: Electric Car, 4WD, Solar, Smart, Accidental, Tracking, etc.

1.INTRODUCTION Today, the global automotive industry is ready to submit EVs to create a greener world. The environmental effect of internal combustion engines is rising by the day. To mitigate the consequences of pollution and promote a cleaner environment, the automobile industry is exploring new avenues for introducing electric vehicles. Because in the past, hybrid electric vehicles have proven to be less polluting. But this was not enough to stop the contamination's full steam ahead. When compared to internal combustion engines, electric vehicles have greater technology and enormous efficiency. This research article focuses on the overall

Impact Factor value: 8.226

structure and components of an electric vehicle. This also includes power generation and battery performance in relation to market circumstances. The key concern, as addressed in this research, is battery performance. The relevance of charging stations and the surrounding area should inspire the design of future stations. Fuel stations are the primary source of information for pricing services every 5 kilometers. This primarily aids in time savings and the creation of a stress-free environment near the charging station.Because of the increased number of automobiles on the road, issues such as air pollution and oil consumption are becoming more frequent. Human sensitivity to energy and environmental issues drives research into alternative automotive solutions such as fuel multi-fuel, hybrid, and electrification. At the same time, the system has been modified to consider current issues. This paper discusses the concept of the design and fabrication of Solar powered 4WD electric vehicle with an Accidental safety system and GPS Tracking system.

1.1 LITERATURE SURVEY The literature search used vibrant approaches and current research being done in the field of vehicle construction to focus mostly on its linked Electric cars and accident safety systems. Ashwin Chander et. al (1) create an idea for an electric automobile with a multi-speed gearbox (EV). Due to the added size, complexity, and cost that a multi-speed transmission system would imply, electric car manufacturers have chosen against putting them in their vehicles in the current environment. While multi-speed transmission systems promise to reduce energy consumption and increase effectiveness for EVs, thus increasing the EV's "range," colourful variations (making the system clutch-less and limiting gear selection to three speeds) can be made to make conventional transmission systems suitable for electric vehicles. There are further benefits to lowering the size of the battery and engine. Hailemariam. Hailu et. al (2) did research on the green vehicle launched and promoted to minimize the problem of

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