Presentation Solar EV charging (1).pptx
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This document presents a proposal for a wireless electric vehicle charging system that utilizes solar energy. The system aims to enhance convenience, promote sustainability, and improve accessibility while contributing to a greener future. The objectives are to develop an efficient and cost-effective wireless charging infrastructure for EVs that maximizes the use of solar energy. The methodology discusses wireless charging setup, solar energy integration, power conversion/management, and safety measures. The design includes solar panels, wireless charging infrastructure, power inverter, battery storage, and an EV receiver. Challenges include optimizing solar energy conversion and wireless power transfer efficiency while meeting safety and compliance standards.
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This document presents a project proposal for developing wireless electrical vehicle charging stations. It introduces the motivation to develop electric vehicles due to issues with petroleum vehicles like air pollution, global warming, and oil crises. The challenges with electric vehicle batteries like capacity, weight, cost, lifetime and charging time are discussed. It is proposed to use wireless charging to overcome these issues. The solution would use Faraday's law of electromagnetic induction and involve coil design and simulation in MATLAB. Developing this wireless charging infrastructure is expected to have positive environmental, societal and learning impacts. The project deliverables would include simulations, hardware development of a charging converter and station, and a thesis.
wang2019.pdf
1) The document discusses electrical safety considerations for large-scale electric vehicle charging stations (EVCSs). It proposes a holistic risk assessment approach to evaluate the electrical safety of EVCSs that are coupled with renewable power generation.
2) Key safety topics examined include facility degradation over time, cybersecurity challenges from increased communication and smart charging, and potential mismatches between renewable output and EVCS demand that could impact system stability.
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The document discusses wireless charging of electric vehicles. It introduces electric vehicles and their benefits over combustion engine vehicles. It then discusses how wireless charging can help address some limitations of electric vehicles by allowing charging without plugging in. The document outlines the objectives of developing a wireless charging prototype for electric vehicles using inductive coupling technology. It provides a block diagram of the system including components like solar panels, batteries, transformers, regulators, and coils. It explains how energy from the transmitter coil would be wirelessly transmitted to the receiving coil in the electric vehicle to charge its battery. The conclusion discusses the potential of wireless charging to revolutionize electric vehicle technology.
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A. Mohammed Ovaiz is seeking a career in the power industry where he can learn about emerging technologies and take on challenging roles. He has 6 years of teaching experience and 3 years of experience in power sector operations and maintenance. He holds an M.E. in Power Electronics and Drives with high marks and a B.E. in Electrical and Electronics Engineering also with high marks. He has expertise in various power-related fields and has published papers in international journals and conferences.
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Presentation Solar EV charging (1).pptx
- 1. Institute of Engineering and Technology Presented by: Awaiz Qamar Group No. 12 Guided by: Dr. Prerna Mam Department of Electronics and Instrumentation Engineering Title: Wireless charging of EV using solar energy
- 2. Motivation: By harnessing solar energy and integrating wireless charging, we aim to; Enhance Convenience Promote Sustainability Improve Accessibility Contribute to a Greener Future
- 3. Objectives To develop a wireless charging system for electric vehicles (EVs) that utilizes solar energy as a renewable power source. To design an efficient and cost-effective wireless charging infrastructure To maximize the utilization of solar energy Achieving high charging efficiency Evaluating the environmental impact Compare the performance and feasibility of the system with existing wired charging solutions.
- 4. Methodology Wireless Charging System Setup Solar Energy Integration Power Conversion and Management Wireless Charging Technology Communication and Control Safety Measures Environmental Considerations:
- 5. System Design HARDWARE COMPONENTS: Solar Panels Wireless Charging Infrastructure Power Inverter Battery Storage EV Receiver SOFTWARE COMPONENTS: Charging Control Software Communication Protocols Data Logging and Monitoring
- 6. Challenges Faced Optimizing Solar Energy Conversion Wireless Power Transfer Efficiency Safety and Standards Compliance Safety and Standards Compliance Integration with EV Models
- 7. Scope of future research Enhanced Efficiency Battery Technology Scalability Weather-Adaptive Charging Cost Reduction Environmental Impact Assessment User Experience
- 8. References Wireless charging systems for electric vehicles Muhammad Amjad, Muhammad Farooq-i-Azam, Qiang Ni, Mianxiong Dong, Ejaz Ahmad Ansari, Wireless charging systems for electric vehicles, Renewable and Sustainable Energy Reviews, Volume 167, 2022, 112730, ISSN 1364-0321 Published-URL: https://www.sciencedirect.com/science/article/pii/S1364032122006190