Revolutionizing Solar Energy Harvesting: Advanced Semiconductor Devices and Technology with Artificial Intelligence and Machine Learning Integration
暫譯: 革命性太陽能收集：先進半導體裝置與技術結合人工智慧與機器學習
Kuchhal, Piyush, Kumar, Deepak, Kumar Pachauri, Rupendra
商品描述
This book provides insights into emerging semiconductor device technology, challenges, and solutions for harnessing solar power to produce sustainable energy and meet the escalating demand for electricity generation.
Revolutionizing Solar Energy Harvesting: Advanced Semiconductor Devices and Technology with AI-ML Integration provides desired exposure to the ever-growing field of semiconductor electronic devices and technologies to produce power by harnessing the solar energy. The authors highlight the role of semiconductors and the process technologies to meet global energy demand. They also explore international policies and standards for harnessing solar power. The authors then discuss the impact of semiconductor materials and architecture designs on photovoltaic performance. Finally, the authors then discuss manufacturing and selection of materials using AI-ML techniques and emphasize enhancing the production of defect-free semiconductor materials by employing AI-ML techniques.
The book is intended for researcher professionals in the field of nanomaterials and semiconductor devices for harnessing solar power codesign issues, as well as UG/PG students within Electronics or Electrical Engineering programs.
商品描述(中文翻譯)
這本書提供了對新興半導體器件技術的見解，探討了利用太陽能產生可持續能源的挑戰和解決方案，以滿足不斷上升的電力需求。
《顛覆太陽能收集：結合人工智慧與機器學習的先進半導體器件與技術》提供了對不斷增長的半導體電子器件和技術領域的深入了解，這些技術旨在通過利用太陽能來產生電力。作者強調了半導體及其製程技術在滿足全球能源需求中的角色。他們還探討了國際政策和標準，以便有效利用太陽能。接著，作者討論了半導體材料和架構設計對光伏性能的影響。最後，作者討論了使用人工智慧與機器學習技術進行材料的製造和選擇，並強調通過應用這些技術來提升無缺陷半導體材料的生產。
本書旨在為從事納米材料和半導體器件研究的專業人士提供參考，特別是針對太陽能利用的共同設計問題，以及電子或電機工程相關的本科生和研究生。
作者簡介
Dr. Piyush Kuchhal has extensive experience in education, research, and administration. He holds a Ph.D. in Physics from the IIT Roorkee and an M.S. in Physics with a concentration in Engineering Physics from the same institution. He has overseen operations, curriculum design, and academic quality as Cluster-Head of Electrical and Electronics Engineering at UPES. He has also held the positions of Academic Coordinator, Associate Dean of Applied Sciences, and Department Head of Physics.
Dr. Deepak Kumar is currently a research associate at the Technische Universität Dresden Germany, Chair for Electron Devices and Integrated Circuits. He has continued his research with DFG (Deutsche Forschungsgemeinschaft) funded project "Experimental characterization and compact modeling of high-field effects in CNTFET channels". He has worked as an IEEE student Branch Counsellor at UPES and faculty coordinator for spoken tutorial-IITB. He is also serving as an active member at Germany Chip Design program. He is working in solar cell technology, semiconductor devices and compact modelling for self-heating in CNTFETs. He has also completed the virtual teacher final project from Coursera in collaboration with University of California Irvine (UCI).
Dr. Rupendra Kumar Pachauri is an expert in renewable energy technology and electrical hybrid power generation systems (Micro-grid advancements). His research is based on hydrogen fuel cell power generation, energy management, advanced strategies for photovoltaic systems (stand-alone: ground-mounted and floating photovoltaic systems) for power enhancement during adverse environmental conditions (dust aerosol, partial shading conditions) and power generation forecasting using Artificial intelligence and Machine learning techniques. Dr. Pachauri is a distinguished academic and an Associate Professor holding an esteemed position within the Department of Electrical and Electronics Engineering at UPES in Dehradun, India. Dr Vijay Kumar Sharma is a Program Manager and Senior Scientist at the School of Electrical and Electronic Engineering, Nanyang Technological University, Singapore. He has a PhD degree in Physics (UGC-CSIR Junior Research Fellowship) from Indian Institute of Technology Roorkee, India. (2005-10), MSc and BSc in Physics with specialization in Electronics from University of Delhi, India.作者簡介(中文翻譯)
Dr. Piyush Kuchhal 擁有豐富的教育、研究和管理經驗。他在印度理工學院魯爾基（IIT Roorkee）獲得物理學博士學位，並在同一機構獲得專注於工程物理的物理學碩士學位。他作為 UPES 電氣與電子工程系的集群負責人，負責運營、課程設計和學術質量。他還擔任過學術協調員、應用科學副院長和物理系主任等職位。
Dr. Deepak Kumar 目前是德國德累斯頓工業大學（Technische Universität Dresden）電子設備與集成電路講座的研究助理。他持續進行 DFG（德國研究聯盟）資助的項目「CNTFET 通道中高場效應的實驗特徵化和緊湊建模」的研究。他曾在 UPES 擔任 IEEE 學生分會顧問，並擔任 IITB 的口語教學協調員。他還是德國晶片設計計劃的活躍成員，專注於太陽能電池技術、半導體設備以及 CNTFET 自加熱的緊湊建模。他還完成了與加州大學爾灣分校（UCI）合作的 Coursera 虛擬教師最終項目。
Dr. Rupendra Kumar Pachauri 是可再生能源技術和電氣混合發電系統（微電網進展）的專家。他的研究基於氫燃料電池發電、能源管理、針對光伏系統的先進策略（獨立式：地面安裝和浮動光伏系統），以在不利環境條件（如塵埃氣溶膠、部分遮蔽條件）下增強發電能力，並使用人工智慧和機器學習技術進行發電預測。Pachauri 博士是一位傑出的學者，擔任印度德拉敦 UPES 電氣與電子工程系的副教授。
Dr. Vijay Kumar Sharma 是新加坡南洋理工大學電氣與電子工程學院的項目經理和高級科學家。他擁有印度理工學院魯爾基（IIT Roorkee）物理學博士學位（UGC-CSIR 初級研究獎學金），並在印度德里大學獲得電子學專業的物理學碩士和學士學位。
