International Research Journal of Engineering and Technology (IRJET)
e-ISSN: 2395-0056
Volume: 11 Issue: 02 | Feb 2024
p-ISSN: 2395-0072
www.irjet.net
DESIN AND APPLICATION OF EV CHARGING STATIONS RUNING BY WIND – SOLAR HYBRID SYSTEM IN INDIA Yash Dave 1, Ladva Mahesh2 , Surani Rohitkumar3, Kishankumar Kundariya 4, 1Department of Electrical engineer, RK University , Rajkot, Gujarat, India 2Department of Electrical engineer, RK University , Rajkot, Gujarat, India 3Department of Electrical engineer, RK University , Rajkot, Gujarat, India
4Assistant Professor, Department Electrical engineer,
RK University , Rajkot, Gujarat, India ---------------------------------------------------------------------***---------------------------------------------------------------------
Abstract - It is essential to shift to sustainable transportation infrastructure in order to lessen the negative environmental effects of using fossil fuels. Though they provide a potential answer, the lack of proper infrastructure for charging electric cars (EVs) is impeding their wider adoption, especially in places like India. This study suggests a creative solution to this problem: creating and deploying EV charging stations that are fueled by a hybrid system that combines solar and wind energy. In order to effectively utilize renewable energy, solar panels and wind turbines are integrated into the architecture. Given the geographical and climatic variety of India, the hybrid system reduces the intermittent nature of individual renewable energy sources by ensuring constant power output. The best configurations are found through thorough feasibility studies and simulations that aim to optimize energy output while reducing expenses. The analysis of crucial elements including system scale, grid integration tactics, and location choice is extensive to guarantee economic feasibility, scalability, and dependability. In addition, the study looks at how renewable energy development and EV charging infrastructure may work together to further India's larger sustainability objectives. Apart from technological aspects, the research delves into regulatory structures, policy inducements, and commercial strategies that facilitate the implementation and functioning of these charging stations. Facilitating implementation and promoting acceptance necessitates collaboration with pertinent players, such as government agencies, electricity providers, and electric vehicle manufacturers. The suggested hybrid EV charging stations have several advantages, such as lower carbon emissions, increased energy independence, and improved resistance to power outages. Additionally, they support economic growth, technological advancement, and job creation in the rapidly expanding renewable energy industry.
Integration3, Hybrid energy Management4, Solar Energy5, wind energy6, Sustainable Transportation7.
1.INTRODUCTION A paradigm shift toward the utilization of renewable energy resources has been brought about by the growing need for clean and sustainable energy solutions as well as the necessity to reduce climate change. The investigation of novel and effective energy systems becomes essential in the setting of India, a nation with rapidly increasing energy demands and a dedication to lowering its carbon imprint. In order to address the challenges of combining solar and wind technologies in the varied environment of India, this research study explores the complicated field of the Design and Performance Evaluation of a Wind-Solar Hybrid System in India. Given its large geographic area and diverse climate, India presents a special mix of potential as well as obstacles for the use of renewable energy. The nation boasts an abundance of solar and wind energy resources, which when combined can produce a steady and sustainable power source. Combining solar and wind power technology might help reduce the intermittent nature of each power source and produce more constant and dependable electricity. The main goal of this research is to create a hybrid system that best integrates solar and wind power while taking into account India's unique geographic features and climatic circumstances. The construction of an effective hybrid system and the comprehensive performance evaluation that follows are the two main contributions of this work. The goal of the study is to provide important new insights into the complex interplay of design concerns, technical developments, and such hybrid systems' feasibility from an economic and environmental standpoint. India has demonstrated a strong commitment to expanding its renewable energy infrastructure as the world transitions to a low-carbon future. This study aims to close the knowledge gap between theory and application by offering a thorough grasp of the opportunities and problems related to windsolar hybrid systems in the Indian setting. In doing so, it hopes to educate academics, energy planners, and politicians on these systems' potential to support India's sustainable energy goals and promote a cleaner, greener energy environment across the country.
To sum up, this study offers a thorough methodology that is especially adapted to the Indian context for developing and implementing EV charging infrastructure that is powered by renewable energy sources. This program is a big step toward a sustainable and inclusive transportation ecology as it makes use of the nation's enormous solar and wind resources. Key Words: Electric Vehicle (EV) Charging Stations1 , Wind-Solar Hybrid System2 , Renewable Energy
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