Book Title: Energy Systems for Electric and Hybrid Vehicles
Edited by: K.T. Chau
File Format: PDF
Language: English
Volume: 517 pages
File Size: 20.77 MB
About this book:
This book can consolidate the research and development of various energy systems for electric and hybrid vehicles, with emphasis on three main themes – the energy source technology, the battery charging, and management technology, and the vehicle-to-X technology.
Content of the book:
Overview of energy systems for electric and hybrid vehicles
- What are EVs and HVs?
- Benefits
- Challenges
- Energy system technologies
Overview of electrochemical energy sources for electric vehicles
- Capacitors
- Batteries
- High-temperature batteries
Ultrahigh-speed flywheel energy storage for electric vehicles
- Flywheel energy storage
- System configuration
- Electric machines
- Control strategies
Hybridization of energy sources for electric and hybrid vehicles
- Characteristics of engine and electrical powertrains
- Energy sources for EV and HEV applications
Solar energy harvesting for electric vehicles
- How to harvest solar energy?
- PV cell technologies
- Electrical characteristics and performance of PV cells
On-board electromagnetic energy regeneration for electric vehicles
- Electromagnetic energy regeneration from braking
- Electromagnetic energy regeneration from suspension system
On-board thermoelectric energy recovery for hybrid electric vehicles
- TEG
- Waste heat recovery for HEVs
- Thermoelectric energy system
- MPPT
- PCC
Review of battery charging strategies for electric vehicles
- Charging algorithms for a single battery
- Balancing methods for battery pack charging
- Charging infrastructure
Wireless power transfer systems for electric vehicles
- Tesla’s early work of nonradiative wireless power transfer
- Basic principles for wireless power transfer using near-field
- coupling technique
- Magnetic resonant
- Influence of the load resistance
- Transmission distance
- Wireless systems with four coils
Move-and-charge technology for electric vehicles
- Basic principles of WPTSs for RPEV
- Advent of RPEV
- Development of KAIST OLEVs
- Generalized active EMF cancellation methods
Energy cryptography for wireless charging of electric vehicles
- Wireless power transfer
- Wireless charging for EVs
- Principle of energy cryptography
- System control of energy cryptography
Review of battery management systems for electric vehicles
- What is BMS?
- BMS representation
- Data management and network
- Battery balancing
- BMS standard
Integration of energy and information in electric vehicle systems
- Renaissance scientists and engineers
- Engineering philosophy of electric vehicles
- Rapid adoption of new electric vehicles
- Comparison of information and energy
Optimal scheduling with vehicle-to-grid ancillary services
- System architecture
- System model and problem formulation
- Decentralized scheduling algorithm
Vehicle-to-home, vehicle-to-vehicle, and vehicle-to-grid energy systems
- Vehicle-to-home
- Vehicle-to-vehicle
- Vehicle-to-grid
Vehicle-to-grid power interface
- AC/DC rectifiers
- DC/DC converters
- Three-stage power interface
