Electric Vehicle Technologies: Trends, Control, and Charging Solutions explores the latest innovations transforming electric transportation.
This concise and accessible volume presents advances in electric vehicle (EV) systems, focusing on solar energy integration, intelligent motor control, battery charging technologies, and IoT-based applications. The book is divided into three thematic sections. It begins with solar-powered charging systems and hardware design for sustainable mobility.
It then covers power electronics and motor control methods, including BLDC control and adaptive charging frameworks. The final section addresses cutting-edge developments like vehicle-to-grid (V2G) systems and IoT-enabled EV automation.
Key Features:
- Advances in solar EV charging and wireless power transfer.
- Control strategies for EV motors and battery charging.
- Integration of IoT and autonomous systems in EVs.
- Hardware designs for electric bicycles and solar charging stations.
- V2G systems and adaptive power control.
Table of Contents
Chapter 1 Comprehensive Review of Technological Advances in Solar EV Charging Systems and the Impact of Shading
- Introduction
- Technological Advances in PV Arrays for EV Charging in Shaded Environments (2014-2024)
- Analysis of Solar EV Charging Systems, Their Characteristics, And Performance
- Conclusion and Future Scope
- Authors’ Contribution
- References
Chapter 2 Introduction to EV Motors
- Introduction
- Concept of EV Motors
- Classification of EV Motors
- Permanent Magnet Motors (PMMs)
- Reluctance Motors (Rm)
- Comparison of Electric Motors for EV Applications
- Case Study: Adoption of Electric Vehicles in City X
- Background
- Goals
- Implementation
- Concluding Remarks
- Acknowledgments
- Authors’ Contribution
- References
Chapter 3 Introduction to Power Electronics Converters
- Introduction
- Basics of Semiconductor Devices
- Silicon Controlled Rectifier (SCR)
- Power Mosfet
- Insulated Gate Bipolar Transistor (IGBT)
- DC-DC Converters for Electric Drives
- DC-DC Converter-Fed Separately Excited DC Motor Control
- DC-DC Converter Fed DC Series Motor Control
- DC-AC Converter for Electric Vehicle
- DC-AC Converter-Fed Induction Motor Drive
- Voltage Source Inverter-Fed Drives
- 180° Conduction Mode
- 120° Conduction Mode
- Current Source Inverter Control
- Pulse Width Modulation (PWM)
- Space Vector Pulse Width Modulation (SVPWM)
- Review of Power Electronics Converters Used in Existing Electrical Vehicles
- Case Study
- Design and Development of a Bidirectional Charger for an Electric Vehicle
- Conclusion
- Author’s Contribution
- References
Chapter 4 Field-Oriented Speed Control of Bldc Motor for Practical Drive Cycle
- Introduction
- Motors Used in EVs
- Construction
- Stator
- Rotor
- Position Sensors
- Rotary Encoders
- General Control Techniques of Bldc
- Foc Control Technique
- Driving Bldc Motors
- Angle-Based Control for a 3-Phase 2-Pole Bldc Motor: a Detailed Explanation
- Angle-Based Control: Core Requirements
- Different Modes in Angle-Based Strategy
- Accelerating Mode
- Braking Mode
- Reaching Steady State: Transition from Acceleration
- Angle-Based Strategy Benefits
- Implementation of Foc in Simulation Environment
- The Urban Drive Cycle
- Conclusion
- Sample Codes
- Author’s Contribution
- References
Chapter 5 Phase Shifted Full Bridge Converter-Based Battery Charger for Fast Charging of Electric Vehicles
- Introduction
- Charging Level of Electric Vehicles
- State-Of-The-Art Practices
- Different Types of DC-DC Converters
- Isolated DC-DC Converter
- Non-Isolated DC-DC Converter
- Justification for Psfb Converter
- Psfb Converter Vs. LLC Converter
- Psfb Converter Vs. Dab Converter
- Psfb Converter Vs. Cllc Converter
- Working and Filter Design of Phase Shifted Full Bridge DC-DC Converter
- Operating Principle
- Modes of Operations
- Sample Design Specification
- Implementation of the Battery Charge Controller With the Designed Filter
- Constant Current - Constant Voltage (CC-CV) Control
- Implementation of the Control in the Simulation Environment
- Working Design of Another EV Fast Charger
- Three-Phase Inverter Control
- Input Filter Description
- Implementation of the Control in the Simulation Environment
- Grid to Vehicle Operation
- Vehicle-To-Grid Operation
- Development and Implementation of Cc Cv Operation in Real Time
- DC-DC Converter
- Sensing Circuits
- Conclusion
- Author’s Contribution
- References
Chapter 6 An Adaptive Passivity-Based Controller for Battery Charging Application: The Lagrangian Framework
- Introduction
- System Configuration
- Topology
- A Lagrangian Formulation of Tl Boost Converter
- Controller Design
- Stability Analysis
- Eigenvalue and Frequency Response Analysis
- Results and Discussions
- Comparative Study
- Conclusion
- References
Chapter 7 Vehicle-To-Grid (V2G) Battery Charging System for Electric Vehicles
- Introduction
- Aggregator Technology Grid-Based Vehicle
- Aggregator Strategy
- Vehicle-To-Grid Architecture
- V2G Approach: Solution or Delay
- Literature Review
- Future Scope
- Conclusion
- References
Chapter 8 IoT Based Floor Cleaning Electric Vehicle Robot With Live Streaming Camera
- Introduction
- Methodology
- Microcontroller
- Battery
- Servo Motor
- Motor Driver
- Ultrasonic Sensor
- Relay Module
- Literature Review
- Objective
- Automated Cleaning
- Live Monitoring
- Remote Control and Management
- Data Collection and Analytics
- Integration With Smart Home Systems
- Enhanced Security and Surveillance
- User-Friendly Interface
- Energy Efficiency
- Customization and Adaptability
- Proposed Methodology
- Models View
- Chassis Design
- Motor and Wheel Assembly
- Sensor Placement
- Microcontroller
- Camera Module
- Power Supply
- Connectivity
- Cleaning Mechanism
- Other Components
- Working Process
- Results and Analysis
- Conclusion and Future Scope
- Authors’ Contribution
- References
Chapter 9 Hardware Design and Modelling of Solar-Based Wireless Electric Vehicle Charging Station
- Introduction
- Methodology
- Block Diagram of Charging Station
- Mathematical Modelling
- Technology Integration
- Solar Power Generation
- Dual (Alternate) Power Source
- Wireless Power Transfer
- High-Frequency Inverter
- High-Frequency Transformer
- Components and Specifications
- Controllers
- Solar Charge Controller
Author
- Nitesh Tiwari
- Shekhar Yadav
- Sabha Raj Arya
