DIY 7.4kW Domestic EV Charger_EDP-01B (eBook, ePUB)
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This is a DIY or "Do-It-Yourself type" practical electronics product manufacturing eBook written by a highly expert IIT Engineer. You will be able to Build Your Own "Domestic EV Charger - Type 2 - 7.4kW - 230V AC - Single Phase-LCD Display" with the help of this eBook only and you do not need to consult anyone else. This eBook has Complete Design Package to build an EV Charger for your personal use or a Marketable Product.The addition of a Nextion - 3.5" TFT LCD Display to show user friendly images to the user during the EV Charger operation has added a useful & attractive aesthetic to the pro...
This is a DIY or "Do-It-Yourself type" practical electronics product manufacturing eBook written by a highly expert IIT Engineer. You will be able to Build Your Own "Domestic EV Charger - Type 2 - 7.4kW - 230V AC - Single Phase-LCD Display" with the help of this eBook only and you do not need to consult anyone else. This eBook has Complete Design Package to build an EV Charger for your personal use or a Marketable Product.
The addition of a Nextion - 3.5" TFT LCD Display to show user friendly images to the user during the EV Charger operation has added a useful & attractive aesthetic to the product.
This design is fully tested in actual electric car. This is probably the only available book with complete design resources having 7 (Seven) well explained Chapters, 19 Downloadable Resources Design Files, 71 Product Design Images, Downloadable Gerber Files for 6 PCB's, Complete Bill of Materials, Complete Manufacturing Files and Calibration & Test Procedures for the Model: EDP-01B.
Chapter 1 introduces you to the core technology of electric vehicle chargers, laying the foundation for your understanding. Chapter 2 outlines the product's technical specifications, providing a clear roadmap for your project. Chapter 3 presents a comprehensive Block Diagram of the Domestic EV charger, simplifying the complex system into manageable components.
The heart of the design is unveiled in Chapter 4, focusing on the motherboard. Here, you'll find detailed schematics, PCB designs with downloadable Gerber files, a complete Bill of Materials (BOM), and the necessary Arduino codes. Chapter 5 extends this detail to other critical components, including safety interlock card, Nextion Driver Card, RFID access control card, and Bluetooth access control card, each with the same level of comprehensive documentation.
Chapter 6 guides you through the manufacturing process, covering Nextion display Images and relevant files, door plate and mounting plate interconnections, EV charger simulator fabrication, mobile app details, and the creation of manufacturing smart cards. Finally, Chapter 7 provides detailed calibration and test procedures, ensuring your finished product meets the highest standards of performance and safety.
This eBook is designed to be accessible, using plain language to demystify complex engineering concepts. Whether you're a young engineer, a seasoned professional, or an engineering student seeking a graduation project, this eBook provides the knowledge and resources to confidently build a 7.4kW AC Domestic EV Charger. No design modifications are required; simply follow the step-by-step instructions. A basic understanding of electronics product construction is beneficial.
Buy this Book and just follow all the steps. When all the Steps are finished, you'll have a Fully Tested working model of a marketable 7.4kW Domestic EV Charger. For 'Start-ups", it's a good start in Electronics Product Manufacturing. Even professional engineers will find it highly useful to get a complete knowledge about EV Chargers.
The addition of a Nextion - 3.5" TFT LCD Display to show user friendly images to the user during the EV Charger operation has added a useful & attractive aesthetic to the product.
This design is fully tested in actual electric car. This is probably the only available book with complete design resources having 7 (Seven) well explained Chapters, 19 Downloadable Resources Design Files, 71 Product Design Images, Downloadable Gerber Files for 6 PCB's, Complete Bill of Materials, Complete Manufacturing Files and Calibration & Test Procedures for the Model: EDP-01B.
Chapter 1 introduces you to the core technology of electric vehicle chargers, laying the foundation for your understanding. Chapter 2 outlines the product's technical specifications, providing a clear roadmap for your project. Chapter 3 presents a comprehensive Block Diagram of the Domestic EV charger, simplifying the complex system into manageable components.
The heart of the design is unveiled in Chapter 4, focusing on the motherboard. Here, you'll find detailed schematics, PCB designs with downloadable Gerber files, a complete Bill of Materials (BOM), and the necessary Arduino codes. Chapter 5 extends this detail to other critical components, including safety interlock card, Nextion Driver Card, RFID access control card, and Bluetooth access control card, each with the same level of comprehensive documentation.
Chapter 6 guides you through the manufacturing process, covering Nextion display Images and relevant files, door plate and mounting plate interconnections, EV charger simulator fabrication, mobile app details, and the creation of manufacturing smart cards. Finally, Chapter 7 provides detailed calibration and test procedures, ensuring your finished product meets the highest standards of performance and safety.
This eBook is designed to be accessible, using plain language to demystify complex engineering concepts. Whether you're a young engineer, a seasoned professional, or an engineering student seeking a graduation project, this eBook provides the knowledge and resources to confidently build a 7.4kW AC Domestic EV Charger. No design modifications are required; simply follow the step-by-step instructions. A basic understanding of electronics product construction is beneficial.
Buy this Book and just follow all the steps. When all the Steps are finished, you'll have a Fully Tested working model of a marketable 7.4kW Domestic EV Charger. For 'Start-ups", it's a good start in Electronics Product Manufacturing. Even professional engineers will find it highly useful to get a complete knowledge about EV Chargers.
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