Power Electronics for IoT-Enabled Smart Grids and Industrial Automation

Dr. Raj Kumar Gupta, Dr. Atul A. Barhate, Dr. Vijay D. Chaudhari, Dr. Dipesh B. Pardeshi, Mr. Ram N. Hajare

Indexed In: google scholar

Release Date: 17/03/2025 | Copyright:© 2025 | Pages: 462

DOI: 10.71443/9789349552111

ISBN10: 9349552116 | ISBN13: 9789349552111

Hardcover:$300

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This book explores the integration of power electronics with IoT for smart grids and industrial automation, enhancing efficiency, reliability, and real-time control. It covers power electronic converters, grid integration of renewable energy, energy storage systems, and digital twin applications. In industrial automation, it examines smart motor drives, predictive maintenance, and AI-driven power management. Topics like wireless power transfer, cybersecurity, and blockchain in energy transactions are also discussed. With real-world case studies, this book serves as a vital resource for researchers, engineers, and professionals in power electronics, IoT, and intelligent energy systems, highlighting future trends and innovations.


This book provides a comprehensive overview of power electronics in IoT-enabled smart grids and industrial automation. It explores key technologies such as power converters, inverters, and controllers for efficient energy management and grid stability. Readers will gain insights into IoT-driven monitoring, predictive maintenance, and AI-based optimization. The book also delves into industrial automation, covering motor drives, robotics, and smart manufacturing. Advanced topics include wireless power transfer, cybersecurity, and blockchain for energy transactions. With case studies and practical implementations, this resource is essential for engineers, researchers, and professionals in power electronics, IoT, and industrial automation.


Table Of Contents

Detailed Table Of Contents


Chapter 1

Time-Sensitive Networking (TSN) and 6G-Enabled Communication Frameworks for Low-Latency Control of IoT-Powered Industrial Power Electronics

S. Ram Prasath, M. Chiranjivi

(Pages:31)

Chapter 2

Energy Harvesting from Ambient Sources for Self-Powered IoT-Enabled Power Electronic Systems in Industrial Automation

Suraj S. Shinde, S. Gokula Brindha, Vijay D Chaudhari

(Pages:37)

Chapter 3

Physics-Informed Deep Learning for Adaptive Power Converter Control in IoT-Integrated Smart Grid Systems

Vinamra Kumar Govil , Pragati Fatinge

(Pages:33)

Chapter 4

Neuro-Evolutionary Algorithms for Intelligent Load Management and Demand Response in IoT-Enabled Industrial Power Networks

Ravindra Kumar Yadav, Ashwanth S, Dipesh B. Pardeshi

(Pages:39)

Chapter 5

Transformer-Based AI Models for Fault Detection and Predictive Maintenance in IoT-Driven Smart Grid Power Electronics

M. Nandhini, T. Govindaraj, Atul A Barhate

(Pages:41)

Chapter 6

Federated and Transfer Learning for Distributed Anomaly Detection in IoT-Enabled Power Electronics for Industrial Automation

S. Kanimozhi, R. Deebika, Ram N Hajare

(Pages:45)

Chapter 7

Silicon Carbide (SiC) and Gallium Nitride (GaN)-Based Wide Bandgap Power Electronics for High-Efficiency IoT-Integrated Grid Applications

Kalangiri Manohar, S. Hariprasath

(Pages:37)

Chapter 8

Blockchain-Enabled P2P Energy Trading and Decentralized Grid Control for IoT-Integrated Smart Power Networks

Prem Kumar Sholapurapu, R. Pradeep

(Pages:33)

Chapter 9

Quantum Computing for Power Electronics: Quantum Machine Learning Approaches for IoT-Enabled Grid Optimization

Seepuram Srinivas Kumar, Heena Kausar

(Pages:38)

Chapter 10

Homomorphic Encryption and AI-Based Intrusion Detection for Cyber-Resilient IoT-Connected Smart Power Systems

Neha Agrawal, N. Saranya

(Pages:36)

Chapter 11

Post-Quantum Cryptographic Frameworks for Securing IoT-Enabled Power Electronics in Smart Grid and Industrial Applications

P Santhosh , R. Jegadeesh Kumar

(Pages:34)

Chapter 12

AI-Driven Secure Communication and Anomaly Detection in 5G-Connected IoT Power Electronics Networks

Ramesh Bharti, Sowmitha V

(Pages:35)

Chapter 13

Zero-Trust Architecture and Blockchain-Based Security Models for IoT-Integrated Industrial Power Electronics Systems

Aditya Vadluri , Snehanshu Ayer

(Pages:38)

Chapter 14

Quantum Key Distribution (QKD) for Ultra-Secure Power Electronics Communication in IoT-Based Smart Grid Systems

K. Meenendranath Reddy , R Murugesan

(Pages:33)

Chapter 15

Intelligent Control of Electric Vehicle (EV) Charging Infrastructure Using IoT-Enabled Power Electronics and V2G Technology

D. Anil Kumar , S. Yamuna

(Pages:35)

Chapter 16

Industrial IoT (IIoT)-Driven Predictive Maintenance and Reliability Analysis for Power Electronic Systems in Autonomous Manufacturing

G. Karthikeyan , K. Suresh

(Pages:31)


Contributions


Raj Kumar Gupta is currently an Senior Assistant Professor, Sardar Vallabhbhai Patel College, Bhabhua, Constituent unit of Veer Kunwar Singh University, Ara, Bihar. He completed his Ph. D. from University of Delhi, delhi.His area of interest is Material Science & Computing, IoT. He has 10 years of experience in teaching and research. He is a Life Member of STAMI. He has co-authored & published patent, copyright, also participated in national & international conferences like AICTE, ISTE approved-sponsored, IEEE and published research papers in renowned international journals including Scopus indexed. He has participated in AICTE, and university sponsored FDP & workshops including material Science, AI related studies. He has been worked as a Reviewer of research papers in Conference. He has delivered Expert Talks various seminars.

Atul A. Barhate is currently an Assistant Professor, Electrical Engineering dept., Godavari College of Engineering, Jalgaon, Maharashtra. He is a M.E. (Electrical Power Systems), Convener in Institution’s Innovation Council under MOE-GoI. He completed his Ph. D. Electrical Engg. from Kavayitri Bahinabai Chaudhari North Maharashtra Univ., Jalgaon. His area of interest is Power System, Power Electronics & Computing, IoT, He has 20 years of experience in teaching and research. He is Life Member of ISTE. He has co-authored & published patent, copyright, also participated in national & international conferences like AICTE, ISTE approved-sponsored, IEEE and published research papers in renowned international journals including Scopus indexed. He has participated in AICTE, ISTE, IIT and university sponsored STTP, FDP & workshops including power electronics, CNN related studies. He has been worked as a Reviewer of research papers for Elsevier’s e-Prime. He has delivered Expert Talks various seminars also Session chair in national/ international conf.

Vijay D. Chaudhari is currently as an Assistant Professor, Electronics & Telecommunication Engg. dept. GF’s Godavari College of Engg., Jalgaon (affiliated to DBATU Lonere) Maharashtra, India. Co-ord: M.Tech (VLSI & Embedded Systems) course, IPR activities in Institution’s Innovation Council (MOE-GoI) cell in the college. Pursued: Ph.D. in Electronics Engg. from Kavayitri Bahinabai Chaudhari North Maharashtra Univ. Jalgaon, M.Tech-E&TC (DBATU) & B.E.-E&TC Government CoE, Jalgaon (KBCNMU). Area of interest: Embedded system, Computing, IoT, VLSI, ML, AI, e-vehicles & EMI/EMC. 17 years’ of experience - teaching & research. IEEE professional member & LMISTE. Papers in natl / intl conf (AICTE, ISTE, IEEE, ACM, SpringerNature) & in renowned journals (UGC Care, Scopus, IEEE Xplore). Patents, ISBN books, Convener & chief editor: natl / intl conf. Proceedings (ISTE, IEEE BS tech sponsored), Participated: AICTE-ATAL, ISTE, IIT, University sponsored STTP, FDP, workshops & webinars. Research papers Reviewer, Keynote speaker, Session chair in natl / intl conf (ISTE, IEEE, SpringerNature), Co-ord & Resource person: faculty develop programs-FDP (AICTE, IEEE BS sponsored), STTP.

Dipesh B. Pardeshi is currently working as a Professor and Head of Electrical Engineering Department at Sanjivani College of Engineering, An Autonomous institute affiliated to Savitribai Phule University, Pune, India. Pursued Ph.D. (Electrical Engg. Specialization- renewable energy). B.E. Electrical Engg. (1999) from Government CoE, Karad, Maharashtra& Masters in Electrical Power Systems at Govt. CoE, Aurangabad. Life Member of ISTE, Fellow of Institute of Engineers, India (IEI), member of IEEE & member of India Smart Grid Forum (ISGF). Working as a Chartered Engineer in Electrical Engg. More than 25 years of experience in the field of academic, administration, industry, legal etc., Published more than 100+ papers in reputed journals and conferences & published patents, copyrights. Participated in national/ international conferences such as AICTE, ISTE approved-sponsored, IEEE and published research papers in renowned international journals. Research interests include electrical power systems, electrical machines, renewable energy specially biomass energy, distributed generation, smart grid & smart city.

Ram N. Hajare is currently an Assistant Professor, Electrical Engineering department, Sanjivani College of Engineering, Kopargaon, Ahilyanagr, Maharashtra. He completed his M.E. (Electrical Machine and Drives), Government College of Engineering Sambhajinagar. His area of interest is Electrical Machines, Power Electronics, He has 10 years of experience in teaching and research. He is an Life Member of ISTE. He has participated in AICTE, ISTE, IIT, NIT and university sponsored STTP, FDP. He has delivered Expert Guest lectures. He has completed hundred plus NPTEL and Coursera certification Courses.



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