Welcome to the Dictionary of Electric Vehicle Terms—your quick guide to understanding EV terminology!
مرحبًا بكم في قاموس مصطلحات المركبات الكهربائية دليلكم السريع لفهم مصطلحات السيارات الكهربائية
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The First Dictionary of Electric Vehicle Terms in English and Arabic: A Pioneering Guide for the Electric Vehicle Industry
As the electric vehicle (EV) revolution continues to redefine the automotive landscape, the need for a comprehensive and reliable reference has never been greater. The Dictionary of Electric Vehicle Terms in English and Arabic was created to address this need, providing an invaluable guide for industry professionals, researchers, students, and EV enthusiasts. Authored by two highly skilled Egyptian engineers, this pioneering dictionary encompasses over 8,000 technical terms, spanning from fundamental components to the latest advancements shaping the future of transportation.
This dual-language structure not only bridges the gap between English and Arabic-speaking communities but also supports the growing EV industry in Arabic-speaking regions by providing standardized technical language.
One of the unique features of this dictionary is its bilingual format, where each term is provided in its original English abbreviation or term alongside a detailed Arabic description. This approach ensures clear communication and understanding for Arabic-speaking professionals and students while maintaining the connection to globally recognized terminology.
Contents and Features of the Dictionary
This dictionary is more than just a list of definitions; it is a comprehensive guide to every aspect of electric vehicle technologies. With 8,000 carefully selected terms, the dictionary covers everything from basic components like electric motors and batteries to more complex topics such as autonomous electric vehicles, wireless charging, and smart grids. etc. The dictionary covered several sections such as:
Core Components of Electric Vehicles: Detailed explanations of key parts such as electric motors, battery management systems, and sustainable energy solutions.
Charging Systems and Infrastructure: A discussion on IEC standards for charging, including IEC 61851 and IEC 62196, and common charging methods like AC and DC and CCS/CCS2 and CHAdeMO.
Safety and Compliance: An overview of the necessary standards for working with high-voltage systems in electric vehicles, referencing global protocols like DGUV,VDE, and ISO. covers also electrical shock risks and provides guidelines for safe handling.
Future Technologies: Highlights advancements such as wireless charging, autonomous electric vehicles, autosar, 800V technology, wireless BMS, SiC, etc. and the future of electric vehicles in the context of smart grids and sustainable energy.
The dictionary also includes 1,600 illustrations, such as wiring diagrams, electrical symbols, and icons used in electric vehicle systems. These visual aids help readers understand complex concepts like battery management systems and charging infrastructure, providing a practical approach for professionals in the field.
Electrical Shock Risks and How to Handle Them
Electrical shock risks pose a significant threat when working with electric vehicles, especially due to the high-voltage systems used in these vehicles. The dictionary outlines the potential hazards associated with electric vehicle systems, such as:
High-voltage batteries (typically ranging from 400V to 800V in most EVs)
Electric motors, which require specialized handling
Charging systems, including high-voltage applications like AC and DC To mitigate these risks, the dictionary outlines protocols and best practices for electrical safety when working with electric vehicles. These practices include:
Personal Protective Equipment (PPE): The dictionary emphasizes the importance of wearing insulated gloves, protective footwear, and eye protection when handling high-voltage systems.
De-energize /Energize Procedures: The dictionary explains the essential steps for ensuring the complete disconnection and shutdown of the vehicle’s electrical system before performing repairs or maintenance. Detailed instructions on De-energize /Energize procedures are provided to prevent any electrical shock or any incident with correct procedures.
Training and Certification: The dictionary highlights the difference between an HV license and a product qualification as well as international standards such as IEC and ISO. This ensures that anyone working with electric vehicle systems understands the risks and how to manage them safely.
Insulation Resistance Testing: The dictionary provides the logic of performing insulation resistance tests on electric vehicle components to ensure the systems are functioning correctly and there are no electrical leaks with some examples.
Emergency Procedures: The dictionary also covers emergency response procedures in electrical accidents, including first aid and the use of automated external defibrillators (AEDs), which can save lives in the event of electrical shock.
The Safety and Compliance covered electrical shock risks and ensuring a safe working environment, especially when handling high-voltage systems in electric vehicles.
All this in sequence of terms from A to Z.
The Dictionary in Arabic
The Dictionary in Arabic
The dictionary has been entirely written in Arabic, with 8,000 technical terms and detailed explanations of key concepts, making it a comprehensive reference for professionals, researchers, students, and EV users currently in the Arab world. The authors chose to write the dictionary in Arabic to better serve professionals and academics in the Middle East and North Africa. Each term is explained in precise and clear Arabic, ensuring that Arabic-speaking users can access the latest knowledge on electric vehicles without relying on translations or interpretations.
At the end of the dictionary, large images that could not fit within the regular pages are included. These images are referenced by their page and figure numbers, which are linked to the terms mentioned in the book. Additionally, an index is provided, listing each image by its number. Each image also includes clear copyright information beneath it, with the copyright formatted according to the APA 7th edition guidelines
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