International Conference on Renewable Energy and Power Engineering ICREPE 2025
10 th & 11 th JANUARY, 2025
ABOUT- ICREPE’25
International Conference on “International Conference on Renewable Energy and Power Engineering” will be held on January 10th & 11th,2025 at New Prince Shri Bhavani College of Engineering and Technology (NPSBCET)(AUTONOMOUS), Vengaivasal Main Road, Valli Nagar, Sembakkam, Chennai, Tamil Nadu 600073, India.
The International Conference on Renewable Energy and Power Engineering (ICREPE 2025) will explore various aspects of how renewable energy technologies are shaping the future of power generation and distribution. The conference will discuss the latest advancements in solar, wind, hydro, and biomass energy technologies, as well as innovative strategies for integrating renewable energy sources into power grids for enhancing grid stability and reliability.
ICREPE 2025 will focus on energy storage systems, highlighting battery technologies, supercapacitors, and hybrid storage solutions that are essential for addressing intermittency issues in renewable energy generation. The conference will also delve into power electronics and advanced control techniques for renewable energy systems, covering topics such as multilevel inverters, flexible AC transmission systems (FACTS), and smart grid technologies for improved energy management.
Moreover, the role of Artificial Intelligence (AI) and Machine Learning (ML) in renewable energy will be a significant focus, discussing predictive modeling for renewable resource forecasting, AI-driven optimization of energy systems, and intelligent control strategies for maximizing efficiency. The conference will also explore the role of distributed energy resources (DERs) and microgrids in enhancing energy resilience, with an emphasis on the integration of renewable energy into decentralized power systems.
Another major topic will be policy and economic considerations, encompassing the financial challenges and opportunities of renewable energy projects, government incentives, and sustainable business models for promoting the adoption of green technologies. Lastly, the conference will address issues related to environmental impact and sustainability, focusing on life cycle assessments, reducing the carbon footprint of energy systems, and the environmental benefits of shifting towards renewable energy sources.
Through these discussions, ICREPE 2025 aims to foster collaboration among researchers, engineers, policymakers, and industry experts, promote the exchange of innovative ideas, and contribute to the development of sustainable, renewable-based power solutions for the future.
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ICREPE Tracks
The theme of the conference will be “International Conference on Renewable Energy and Power Engineering (ICREPE 2025)”. Besides contributions addressing the conference theme, ICREPE 2025 also invites authors to submit their original research findings on a wide range of traditional topics within the context of advancing renewable energy and power engineering through innovative technologies and strategies. The research areas include, but are not limited to:
- Development of high-efficiency solar photovoltaic (PV) systems
- Innovations in wind turbine design and optimization
- Advances in hydroelectric power generation technologies
- Biomass and bioenergy conversion processes
- Hybrid renewable energy systems and grid integration
- Geothermal energy extraction and power generation
- Ocean and tidal energy technologies
- Concentrated solar power (CSP) systems for large-scale power generation
- Development of novel renewable energy storage solutions
- Smart solar inverter systems for distributed energy resources (DERs)
- Advanced power conditioning systems for renewable energy integration
- Off-grid renewable energy solutions for rural electrification
Track 2: Energy Storage and Power Systems:
- Battery technologies for large-scale energy storage
- Supercapacitors for high-power energy storage applications
- Hydrogen energy storage and fuel cell technologies
- Pumped hydro storage systems for renewable integration
- Thermal energy storage solutions for concentrated solar power
- Power system stability and control with high renewable penetration
- Grid-forming and grid-following inverters for renewable energy
- Modeling and simulation of renewable energy storage systems
- Hybrid energy storage systems for improving grid resilience
- Impact of energy storage on grid reliability and stability
- Power quality issues in renewable integrated power systems
- Demand-side management and load shifting with energy storage
- Power electronic converters for renewable energy applications
- Multilevel inverters for efficient power conversion
- Flexible AC Transmission Systems (FACTS) for renewable grid integration
- Control strategies for grid-connected renewable energy systems
- Smart inverters with advanced control algorithms
- Design of power converters for hybrid renewable energy systems
- Integration of solid-state transformers in power grids
- Reactive power control in renewable-rich power systems
- Advanced control techniques for variable-speed wind turbines
- Optimization of power factor correction in renewable energy systems
- Soft switching techniques in power converters
- Control and stability analysis of microgrids
- AI-based forecasting models for renewable energy production
- Machine learning algorithms for optimizing energy storage operations
- Deep learning for fault detection in renewable energy systems
- Predictive modeling of renewable resource availability using AI
- AI-driven control strategies for hybrid renewable microgrids
- Intelligent load management for renewable energy systems
- Machine learning for energy consumption prediction and optimization
- AI-based diagnostics and maintenance for wind and solar systems
- Optimization of energy dispatch using reinforcement learning
- Fuzzy logic controllers for renewable energy integration
- AI-driven grid stability analysis with renewable energy
- Neural networks for renewable energy yield prediction
- Integration of renewable energy sources in microgrids
- Energy management systems for distributed energy resources (DERs)
- Islanded and grid-connected modes of operation in microgrids
- Design and control of hybrid microgrids for enhanced resilience
- Peer-to-peer energy trading in renewable energy microgrids
- Optimization of microgrid operation using blockchain technology
- Real-time energy management in community microgrids
- Coordination of distributed generation in active distribution networks
- Microgrid control architectures for renewable energy integration
- Virtual power plants for aggregating distributed renewable energy
- Energy storage integration in renewable energy microgrids
- Protection and safety systems for renewable-based microgrids
- Financial models for renewable energy project development
- Government incentives and policies for promoting renewable energy
- Economic analysis of hybrid renewable energy systems
- Life cycle assessment of renewable energy technologies
- Carbon footprint reduction through renewable energy adoption
- Cost optimization in renewable energy production and storage
- Policy frameworks for increasing renewable energy penetration
- Sustainable business models for renewable energy technologies
- Environmental impact assessments of renewable energy projects
- Public-private partnerships in renewable energy infrastructure
- Incentives for rural electrification through renewable energy
- Social and economic impacts of transitioning to renewable energy
- Integration of renewable energy in smart cities
- Sustainable practices in the deployment of renewable energy projects
- Minimizing land use for solar and wind power installations
- Water management in renewable energy production
- End-of-life management for solar panels and wind turbines
- Green manufacturing processes for renewable energy components
- Renewable energy for carbon-neutral industrial processes
- Environmental impact mitigation in hydropower development
- Sustainable biomass production and conversion
- Role of renewable energy in achieving net-zero carbon emissions
- Renewable energy in climate change adaptation and mitigation
- Ecological considerations in renewable energy infrastructure development
1. Dr. Gulshan Sharma
Department of Electrical Engineering Technology,
University of Johannesburg
South Africa
Email: gulshans@uj.ac.za
2.Davut Izci
Department of Computer Engineering,
Batman University, Batman, 72100, Turkey
Email: davutizci@gmail.com
3.Dr. Suresh k.Bhavani,
Professor,
Biomedical informatics in UT Houston.
4.Dr. Hilmy Awad
Associate Professor,
Faculty of technology and education
Helwan University, Egypt.
INTERNATIONAL ADVISORY COMMITTEE
Hilmy Awad, Associate Professor, Faculty of technology and education ,Helwan University, Egypt.
Dr. N. Senthil Kumar, Senior member of IEEE, Department of Electrical and Electronics Engineering Mepco Schlenk Engineering College, India,
Email: iconraaece24@mepcoeng.ac.in
Dr. Nabil Mohammed Ali Munassar, Associate Professor, University of Science & Technology, Yemen. https://orcid.org/0000-0002-8161-0518
Email: n.munassar@ust.edu
Prof. Suresh k.Bhavani, Professor, Biomedical informatics in UT Houston.
Dr. Husam Jasim Mohammed, Imam Ja’afar Al-Sadiq University, Baghdad, Iraq. E mail: Dr.hussam@sadiq.edu.iq
Dr. Mohammad Arif Ul Alam, Professor, UMASS, Lowell, Massachusetts, USA MohammadArifUl_Alam@uml.edu
Prof. William Watson, Professor of Energy Policy, Bartlett School of Environment, Energy and Resources, London
Prof. Tapas Mallick, Professor and Chair in Clean Technologies, Renewable Energy, University of Exeter, UK
Prof. Jemal H. Abawajy, Professor Jemal H. Abawajy, PhD, DSc., SMIEEE, Faculty of Science, Engineering and Built Environment, Deakin University, Australia
Prof. Basim Alhadidi, Professor, AlBalqa’ Applied University, Jordan
Dr. Le ThuongHien, Dean of Mechanical and Power Engineering Faculty, Electric Power University, Hanoi,Vietnam and Invited Professor of Anna University, India
Prof. Yan Lei, Associate Professor, School of Technology, Beijing Forestry University, China
Prof. Nireekshan Sodavaram, EAT, Massey University, 229, Dairy FlatHighway, Albany 0632, Auckland, New Zealand
Prof. Lorna Uden, Faculty of Computing, Engineering and Technology Staffordshire University, UK
Prof. Gang Li, Associate Professor, Faculty of Sci Eng & Built Env, School of Info Technology, Melbourne Burwood Campus, Australia
Dr.Umashankar Subramaniam, Professor, Prince Sultan University, Saudi Arabia
Dr.Mohammad Arif Ul Alam, Professor, UMASS, Lowell, Massachusetts, USA
Prof. Kai Strunz,Technical University of Berlin, Germany
Hongqi Sun,The University of Western Australia, Australia
Dr. Mohd Ubaidullah,King Saud University, Saudi Arabia
NATIONAL ADVISORY COMMITTEE
Dr. Sekar mohan, Principal, AAACET,Tamilnadu, India.
Dr. R. Senthil kumar,AAA college of engineering,India.
Dr. V. Umamageswari, PMT College ,India.
Dr HARIHARAN R , CHRIST (Deemed to be University),Bangalore Yeshwantpur Campus ,Bangalore,karanataka, India
Prof. N. Vijayan, CSIR-National Physical Laboratory New Delhi
Prof. G. Mohan Rao, Indian Institute of Science, Bengaluru
Prof. P. Ramasamy, SSN College of Engineering, Chennai
Dr.B. Surendiran, Asso. Dean (Academic), Dept. of CSE, NIT, Puducherry, India
Dr.G.Zayaraz, Professor, Dept. of CSE, Pondi. Engg. College, Puducherry, India
Dr.P.T. Vanathi, Professor/ECE, PSG College of Technology Coimbatore, Tamil Nadu, India
Dr.S. Rajaram, Professor & Head, Department of ECE, TCE, Madurai, Tamil Nadu, IndiaTamilnadu, India
Dr. M.R. Ramesh, Associate Professor, Dept. of Mech. Engg, NIT, Karnataka
Dr.M.Ravichandran, Professor, K.Ramakrishna College of Engg, Trichy, Tamil Nadu, India
ORGANIZING COMMITTEE
Dr. A. Jothirajan,
Principal,
P.M. Thevar College Usilampatti.
Conveners
Dr. M. Manikandan,
Associate Professor.
P.M. Thevar College Usilampatti.
Mrs. C.SRILAKSHMI Senthilkumar
Sri Sai Foundation, Madurai, Tamil Nadu, India.
Co- Conveners
Dr. K. Paulraj,
Associate Professor & Head.
P.M. Thevar College, Usilampatti.
Dr.R. Senthil kumar,
Sri Sai Foundation, Madurai, Tamil Nadu, India.
Mrs.Kalpana
Sri Sai Foundation, Madurai, Tamil Nadu, India.
Organizing Secretaries :
- Dr.P. Thendral, Associate Professor & Head
- Dr.M. Renugadevi, Associate Professor
- Dr.M. Ramesh Pandi, Associate Professor
- Dr.M. Rajakalaivanan, Associate Professor
- Dr.M. Sivasankari, Associate Professor
- Mrs.P. Susila, Assistant Professor
- Mrs.S. Usha Devi, Assistant Professor
- Ms.N.Nandhini, Sri Sai Foundation, Madurai, Tamil Nadu, India.
Executive committee members :
- Dr.V. Umamageswari, Associate Professor & Head
- Dr.R. Jeyalakshmi, Associate Professor & Head
- Dr.N. Mahesh, Associate Professor & Head
- Dr.A. Suresh, Associate Professor
- Mr.P. Ravichandran, Associate Professor
- Dr.A. Thangamuthu, Associate Professor
- Dr.R. Alaguraja, Associate Professor
- Dr.P. Ramesh, Associate Professor
- Dr.K.P.Sivakumar, Associate Professor & Head
- Dr.P.Lakshmi, Associate Professor
- Ms.Raja Priya, Sri Sai Foundation, Madurai, Tamil Nadu, India.
AUTHORS GUIDELINES
- Authors are required to ensure that their papers are original, unpublished, and not concurrently submitted elsewhere to avoid any copyright infringement issues.
Papers must be written in proficient English. - Authors should adhere to the provided guidelines for preparing abstract submissions. Submissions must be in PDF format and submitted electronically.
- All accepted abstracts will be included in the conference proceedings with an ISBN number. A dedicated oral session will be held for research scholars to present their papers, with cash prizes awarded for the best presentations.
- Registration fees are the only charges applicable for faculty members and research scholars; there will be no additional fees.
- Guidelines for submitting full-length articles will be provided based on the journals associated with our conference.
- Complete journal details will be updated soon on the conference website.
PEER REVIEW PROCESS
- All of our conference Papers follows Double Blind Peer Review and maximum similarity only allowed 15% Turnitin Plagiarism Software.
REVIEW GUIDELINES
- Peer review is an essential part of the publication process, and it ensures that RDRGPG-2025 maintains the highest quality standards for its published papers.
- All manuscripts submitted to our conference are strictly and thoroughly peer-reviewed by experts.
- Immediately after submission, the conference Editor will perform a technical pre-check of the manuscript. A suitable academic editor will be notified of the submission and invited to perform an editorial pre-check and recommend reviewers.
- Academic editors can decide to continue with the peer review process, reject a manuscript, or request revisions before peer-review. In the case of continuing the peer review process, the Editorial Office will organize the peer review, which is performed by independent experts, and collect at least two review reports per manuscript. We ask authors for sufficient revisions (with a second round of peer review, when necessary) before a final decision is made. The final decision is made by an academic editor (usually the Editor-in-Chief/Editorial Board Member of a Special Issue). Accepted manuscripts are then copy-edited and English-edited internally.
PUBLICATION OPPORTUNITY
- The Abstracts of all accepted papers will be published in the Conference Abstract Book with ISBN Number. Full papers will have publication opportunities in various Possible Indexed International Journals, including SCOPUS, Web of Science, UGC Care, and many more, or as a Book Chapter.
- Proceedings will be submitted to Google Scholar for review and indexing.
- Registered Papers will also be published in International Journals along with ISSN Number.
ABSTRACT SUBMISSION: Dec24, 2024
FULL LENGTH ARTICLE SUBMISSION (PRE CONFERENCE) : Dec10, 2024
NOTIFICATION OF ACCEPTANCE: Jan 10, 2025
LAST DATE FOR REGISTRATION: Jan 15, 2025
CONFERENCE DATE: Jan 10th & 11th, 2025
LAST DATE FOR A FULL-LENGTH ARTICLE (POST CONFERENCE): Jan 30, 2025
The registration fees for the International Conference on Renewable Energy and Power Engineering ICREPE 2025 is listed below.
Registration Fee Details | Indian participant (INR) | Overseas Participant (USD) | |
Student | Non Student | ||
Presentation with Publication (Scopus) | 10000 | 11,000 | 150 USD |
Presentation with Proceedings (ISBN) | 1000 | 1500 | 50 USD |
Participants only | 500 | 750 | 40 USD |
Additional papers Maximum 2 papers per authour | 9000 | 10000 | 130 USD |
Account Name: SRI SAI FOUNDATION. (current Account).
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