Meet the editors

Dr Adel El-Shahat works in the Department of Electrical and Computer Engineering at Georgia Southern University, USA. He is a Founder and Director of Innovative Power Electronics and Nano-Grids Research Lab (IPENG). His research focuses on neural networks; electric machines; electric vehicles; smart grid systems; power electronics; power systems; energy storage and optimization. He has received several awards, recognitions,

and honors due to his work. He is a Senior Member of IEEE, IRED, and a member of 22 professional organizations. He is Editor-in-Chief of the International Journal of Convergence Computing and a reviewer for 60 journals and conferences. He has authored 60 journal papers and 65 refereed conferences' papers plus 8 books and 5 book chapters with 100 other publications.

Dr Mircea Ruba is currently a lecturer with the Technical University of Cluj-Napoca (TUCN), Department of Electrical Machines and Drives and is a member of CAREESD, being in charge of the Real-Time System Modelling and Testing Laboratory (RTsym-Lab). His scientific interests are focused on electric vehicle (EV) propulsion drives and on their real-time FPGA based simulation and Hardware in the Loop (HiL) testing. He has been a researcher

in over 20 projects and in most he worked to develop electrical motors, power inverters, controllers and battery supply units for EVs. His skills in designing, simulation and controlling propulsion motors for EVs have been proved in a large number of publications, creating real-time (RT) FPGA based simulators for their realistic analysis and control. Investigation of LiIon battery identification, simulation and testing was also a consistent research direction for Dr Ruba including patenting a novel, ultra-fast and efficient BMS. He invested several years and his PhD thesis in the study of fault tolerant machines, converters, and controllers outcome in many publications patenting a novel fault detection and compensation strategy and a modular fault tolerant motor design. His patents were awarded in 13 international exhibitions, his publications were cited in hundreds of papers, especially in 97 ISI journals and since 2018 he was invited to be an editor for "Devices and machines applied for electric mobility solutions" published by IntechOpen. He has published over 80 conference papers, 6 ISI journal papers, 4 books, and 6 patents (3 still pending).

Contents

Used in Electric Vehicles

Recursive Least Square Algorithm

Reference Frame: Approach and Results

CMOS Active Inductor and Its Applications

*by Sorin Ioan Deaconu, Feifei Bu, Marcel Topor, Lucian Nicolae Tutelea and Nicolae Muntean*

*by Mikhail Pustovetov*

*by Dhara Pinkesh Patel*

for Transportation Applications

*and G. Vijay Kumar*

*by Kyoungho Ahn and Hesham A. Rakha*

**Preface III**

**Chapter 1 1**

**Chapter 2 21**

**Chapter 3 47**

**Chapter 4 63**

**Chapter 5 79**

**Chapter 6 91**

**Chapter 7 113**

**Chapter 8 129**

Parameter Identification, Modeling and Testing of Li-Ion Batteries

*by Mircea Ruba, Raul Nemeș, Sorina Ciornei and Claudia Marțiș*

*by Adhavan Balashanmugham and Mockaisamy Maheswaran*

*by Xu Zhang, Yue Pan, Enhua Wang, Minggao Ouyang, Languang Lu,*

Induction Electrical Machine Simulation at Three-Phase Stator

Low-Cost (PM Less) Wide-Speed-Range-Operation Generators

A Simple Hybrid Electric Vehicle Fuel Consumption Model

Driving Control Technologies of New High-Efficient Motors *by Chang-Ming Liaw, Jia-Hsiang Zhuang, Shih-Wei Su, Kai-Wei Hu*

Investigation on Internal Short Circuit Identification of Lithium-Ion Battery Based on Mean-Difference Model and

*Xuebing Han, Guoqing Jin, Anjian Zhou and Huiqian Yang*

Permanent-Magnet Synchronous Machine Drives

## Contents



Preface

This book addresses recent advances and multidisciplinary advanced topics of applied electromechanical devices and machines for electric mobility solutions. The presented research will help to shape the future of this important area and help researchers to solve many problems and challenges. This book is a unique introduction to applied electromechanical devices and machines for electric

mobility solutions. It examines the current state and future in this field and unpacks the complicated relationships between its theoretical, experimental, and technical variables. It supplies the reader with an integrated view of the latest research to support graduates, senior-level undergraduate students, professionals, and researchers to learn basic and advanced topics of the proposed techniques. It presents both theoretical knowledge and hands-on work from experts.

It does so by addressing advanced applications and innovative case studies for electromechanical parameter identification, modeling, and testing of; permanentmagnet synchronous machine drives; investigation on internal short circuit identifications; induction machine simulation; CMOS active inductor applications; low-cost wide-speed operation generators; hybrid electric vehicle fuel consumption; control technologies for high-efficient applications; mechanical and electrical design calculations; torque control of a DC motor with a state-space estimation; and 2D-layered nanomaterials for energy harvesting. This book is essential reading for students, researchers, and professionals interested in applied electromechanical

The proposed book topics are well prepared and presented in the form of eleven

*Chapter (3): Investigation on Internal Short Circuit Identification of Lithium-Ion*

*Chapter (4): Induction Electrical Machines Simulation at 3-phases Reference-Frame*

devices and machines for electric mobility solutions.

*Chapter (1): Parameter Identification, Modelling, and Testing*

*Chapter (2): Permanent-Magnet Synchronous Machine Drives*

*Chapter (5): CMOS Active Inductor and its Applications*

*Chapter (6): Low Cost Wide-Speed-Range Operation Generators*

*Chapter (7): A Simple Hybrid Electric Vehicle Fuel Consumption Model for*

*Chapter (9): Mechanical and Electrical Design Calculations of Hybrid Vehicles*

chapters as follows:

*Transportation Applications*

*Chapter (8): Driving Control Technologies*

*Battery*

*by Po-Kang Yang and Chuan-Pei Lee*
