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El. knyga: Nanotechnology in Green Energy Generation

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Nanotechnology in Green Energy Generation provides a comprehensive review of modelling, processing, and applications of all major categories of green energy generation materials. It explores different areas of green energy generation including hydrogen, solar, and wind energies, covering aspects such as synthesis, morphology, materials, and characterization.

Presenting the fundamental principles in the design and utilization of green energy generation materials, the book discusses the construction and equivalent circuits of traditional and new green energy cells. In addition, it provides thermal analysis and comparative studies with traditional power generation, including operation and cost-efficiency of new generation cells and modules. The book also includes many case studies, laboratory experiments, and research results throughout the chapters.

The book will be a valuable reference for applied researchers, academic researchers and graduate students studying advances in energy engineering, nanotechnology, and materials and composites.



This book provides a comprehensive review of modelling, processing, and applications of all major categories of green energy generation materials. It explores different areas of green energy generation including hydrogen, solar and wind energies, covering aspects such as synthesis, morphology, materials, and characterization.

Section I: Construction and Development of Green Energy.
1. Nanotechnology in Hydrogen Energy.
2. Nanotechnology in Fuel Energy.
3. Nanotechnology in Solar Energy.
4. Nanotechnology in Wind Energy.
5. Nano-Tech Green Energy in Industry. Section II: Design and Economics of Green Power Generation.
6. Nanostructures of Green Energy.
7. Synthesis of Nano-Tech Green Energy.
8. Nano-Tech Modules for Green Energy Power Plants.
9. Nano-Tech Green Energy Generation Systems.
10. Economic Studies for Nano-Tech Green Energy.

Prof. Dr. Ahmed Thabet Mohamed received both a BSc and MSc Electrical Engineering degree from Aswan University, Egypt. He earned his PhD degree in Electrical Engineering in 2006 from El-Minia University, Egypt. Since 2006, Prof. Mohamed has been part of the Faculty of Energy Engineering at Aswan University, Egypt, where he is currently a professor. His research interests focus in the areas of analysis and developing electrical engineering models and applications, investigating novel nanotechnology materials via addition nano-scale particles and additives for usage in industrial branch, electromagnetic materials, electroluminescence and the relationship with electrical and thermal ageing of industrial polymers. In 2009, he established the first Nano-Technology Research Centre in Upper Egypt for developing industrial materials of AC and DC applications by nano-technology techniques. Prof. Mohamed has over 90 publications in cited international journals and conferences, and he has written several books. Since 2018, Prof. Mohamed has held a full professor position in international colleges of engineering at Saudi Arabia Universities.
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