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Description
This volume contains the proceedings of the 1st International Conference on Energy, Environment and Green Technology (ICEEGT 2025). The meeting, organized by the Department of Electrical Engineering, NITTTR, and Kolkata, focuses on the theme "Advancing Sustainable Innovations in Energy, Environment, and Green Technology for a Better Tomorrow". The forum emphasized sustainable energy production, environmental stewardship, and innovative green technologies as pivotal means to mitigate the impacts of climate change. The contributions provide perspectives on energy and environmental sustainability and explore applications in diverse commercial, industrial, and societal sectors.
The conference was organized into six tracks: innovative power systems for a sustainable future, green energy technologies and applications, energy storage systems and advanced power electronics, smart and resilient microgrids, environmental challenges and solutions in energy systems, and technological innovations for sustainable urban development. These contributions foster the integration of green and renewable energy sources while addressing global environmental challenges.
1 Integration of AI and Machine Learning for Powering Today s Energy Grids.- 2 Hosting Capacity Analysis for Futuristic Load Growth in Distribution System with Distributed Generators.- 3 Assessment of Multi-Resource Characterization Models to Forecast Cloud Workloads for Sustainable Virtual Datacenters.- 4 An Efficient Approach to Identify Fake News Using Machine Learning Algorithms.- 5 Resilience and Frequency Regulation Enhancement of Renewable Integrated Multi Area Power System Using Puma Optimized Fuzzy PID Controller.- 6 A Procedure to Minimise Neutral Current in Unbalanced Radial Distribution Systems.- 7 Mitigation of Unbalance in Unevenly Loaded Distribution System.- 8 Analysis and Prediction of Renewable Energy Generation in Microgrid.- 9 An Empirical Investigation of the Reliability of Drone Cameras Used in Power System Monitoring Systems.- 10 Comparison of Global Standard and Grid Code for Interconnecting Microgrid.- 11 Dynamic Voltage Restorer for Enhancing Voltage Stability and Low Voltage Ride-Through Capability in Wind-Integrated Microgrids.- 12 Enhancing Irrigation Infrastructure: A Case Study on the Mega Lift irrigation Project in Malkangiri, Odisha.- 13 Sustainable Paper-Based Touch Sensors: An Eco-Friendly Alternative to Conventional Touch Technologies.- 14 Aquila Optimized PP-FOPID controller for frequency analysis of Highly Penetrated Renewable Energy Power System.- 15 Air Pollution Prediction with KNN Model.- 16 A Case Study of Green Energy Usage by Tech Companies in the U.S. for Sustainable Environment.- 17 Novel Monastery Activity-Based Optimization Algorithm Power Loss Diminution in Electrical Distribution Network.- 18 IoT Integrated Environment Monitoring System with Data Accuracy and Android Application Platform.- 19 Multi-area Optimal Dispatch Incorporating with Renewable Energy Sources.- 20 TruthSeeker: A Comprehensive Social Media Dataset for Real and Fake Content Analysis.- 21 Enhanced Fingerprint Verification and Identification Using A-KAZE and SURF Algorithms.- 22 Artificial Intelligence Based Psychometric Evaluation Using Text and Video Data for Personality Assessment.- 23 Load Flow Analysis Using Gauss-Seidel Method in PSS/E.- 24 Development of Techno-Economic Hybrid Microgrid for a Commercial Building.- 25 AI based Fault Recognition and Classification in Microgrid System.- 26 A Review on Machine Learning Techniques Applied to Magnetostrictive Sensor for Structural Health Monitoring.- 27 Hybrid Machine Learning Technique based Prediction Model for Phishing Websites Detection.- 28 Optimized Energy Scheduling for Smart Home Appliances in Demand Response Programs.- 29 Regional Analysis of Solar Power Efficiency Across Diverse Topological Zones Of Delhi.- 30 Fake Accounts Detection in Social Media Using Machine Learning Techniques.- 31 Performance Analysis of Gasifier-IC Engine Using Low-Grade Coal Feedstock.- 32 Artificial Neural Network-Based Fault Detection and Classification in Active Distribution Networks.
Prof. Debi Prasad Mishra is the Director of NITTTR Kolkata and Professor in the Department of Aerospace Engineering and Design Programme at IIT Kanpur. He is also an Adjunct Professor at the Centre for Indian Knowledge System, IIT Guwahati, and Chairman, Board of Governors, Government College of Engineering, Kalahandi. His academic and research interests include propulsion, combustion, CFD, and atomization. A recipient of the Indian Oil Golden Jubilee Professional Chair, he has authored 5 textbooks, 9 edited volumes, published over 260 papers, and holds 5 patents. He has successfully led 32+ research and consultancy projects with leading industries, R&D labs, and government agencies.
A noted educator and MOOC content creator, he has developed 6 SWAYAM courses and introduced a unique course on Introduction to Ancient Indian Technology . He has delivered more than 1.5 lakh lectures on ancient Indian science, technology, and spiritual knowledge systems, and actively contributes to science popularization through media outreach. He advocates sustainable product design and has authored two books in Odiya. He is widely admired as a motivational speaker.
Prof. Gayadhar Panda (Senior Member, IEEE) is Professor and Dean (Faculty & Academic Affairs), Department of Electrical Engineering, NITTTR Kolkata. He received his B.E. in Electrical Engineering from IEI (1996), M.E. in Power Electronics from BEC Shibpur (1998), and Ph.D. from Utkal University (2007). Before joining NITTTR Kolkata in 2024, he served at NIT Meghalaya for over a decade, holding roles including Professor, HoD, Dean (Academic Affairs), and Director (I/C). He has contributed significantly to institutional development, academic reforms, and research ecosystem strengthening. His research interests include power quality, smart grids, microgrids, power electronic converters, AGC, distributed energy systems, and AI-based control.
Prof. Panda has authored 200+ papers, five book chapters, one book, and edited a volume under the Springer ISSETA series. He holds five patents, has delivered 33+ invited talks, and guided nine Ph.D. scholars. He has led several sponsored projects in renewable energy and power system optimization. He is a Fellow of IEI, Senior Member IEEE, Life Member ISTE, and serves as Associate Editor for IEEE Access and Wiley-ITES. He has been listed in Stanford University s Top 2% Scientists (2020 2023) and received the Power Medal from IEI.
Dr. Naayagi Ramasamy is Director (Equality, Diversity & Inclusion), Associate Professor, and Senior Tutor at Newcastle University in Singapore. She completed her B.E. in EEE with University First Rank and Gold Medal, M.E. in Power Electronics and Drives with University Second Rank and Gold Medal, and an M.Sc. in IT. She obtained her Ph.D. in Electrical and Electronic Engineering from the University of Manchester, supported by the prestigious Dorothy Hodgkin Postgraduate Award, becoming the first recipient from her school.
With over 20 years of academic and research experience, she previously served at the University of Greenwich, UK. She is a Senior Member of IEEE and Life Member of ISTE. She chaired the IEEE PES Singapore Chapter (2019 2020), which received the IEEE High Performing Chapter Award (2020). She has held leadership roles in Women in STEM initiatives and diversity committees at Newcastle University.
Dr. Ramasamy serves as Associate Editor of IEEE/CSEE JPES and reviews for leading journals and conferences. Her awards include the IEEE/CSEE JPES Excellent Young Subject Editor Award (2020) and IEEE PES Outstanding Engineer Award (2021). Her research areas include renewable energy in smart grids, power electronics for EVs and aerospace, low-carbon energy systems, and sustainable power electronic design.
