8th International Conference on “Innovations at the Nexus of Energy, Control, and Intelligent Electronic Systems” (ICECCES 2025)

8th International Conference on

Innovations at the Nexus of Energy, Control, and Intelligent Electronic Systems (ICECCES 2025)

Theme of conference: Innovations at the Nexus of Energy, Control, and Intelligent Electronic Systems

3rd -5th December 2025

Organized by
Department of Electrical and Electronics Engineering,
School of Engineering, Mohan Babu University

About the Conference:

The 8th International Conference on “Innovations at the Nexus of Energy, Control, and Intelligent Electronic Systems” (8th ICECCES 2025) is set to become a premier forum for the global exchange of ideas, breakthroughs, and best practices in the rapidly evolving landscape of energy systems. With the theme “Artificial Intelligence in Next-Generation Power and Energy Storage Systems,” the conference recognizes that AI is no longer a futuristic concept but a critical enabler of progress. By convening experts from academia, industry, and government, ICECCES 2025 will provide an environment where knowledge transcends traditional boundaries, inspiring fresh perspectives and collaborative solutions.
As nations worldwide strive to decarbonize their energy infrastructures and transition toward cleaner and more sustainable models, the role of AI technologies has grown indispensable. From machine learning algorithms predicting renewable energy output to deep learning models enhancing energy storage performance, AI is revolutionizing every layer of the energy value chain. The conference will highlight these transformative capabilities, demonstrating how intelligent systems can improve operational reliability, drive down costs, and support the seamless integration of renewable resources into the grid. A key focus of ICECCES 2025 will be showcasing real-world applications of AI across a spectrum of domains. Sessions will explore smart grids that self-optimize in real time, energy storage systems that predict and prevent failures, demand-response platforms that balance consumption patterns, and intelligent electronic systems that secure infrastructure against cyber threats. By sharing case studies, technical insights, and success stories, the conference aims to inspire participants to reimagine what is possible in the quest for sustainable energy. Beyond knowledge exchange, ICECCES 2025 is committed to cultivating practical skills and fostering meaningful partnerships among stakeholders. The event will offer opportunities for hands-on learning, panel discussions, and networking sessions that connect innovators with potential collaborators, investors, and policymakers. This multidisciplinary approach is essential to accelerating the deployment of AI-powered solutions and bridging the gap between research and large-scale implementation.
Ultimately, ICECCES 2025 aspires to drive tangible impact by shaping strategic frameworks and contributing to international sustainability goals. Through high-quality publications, robust industry-academia cooperation, and the promotion of data-driven decision-making, the conference will play a pivotal role in guiding the global energy sector toward a more intelligent, resilient, and sustainable future.

The objectives of the Conference:

1. Harness AI for Sustainable Energy – To explore and advance the role of Artificial Intelligence in modern power generation and energy storage, driving improvements in efficiency, reliability, and sustainability.
2. Integrate Renewable with Intelligence – To develop adaptive strategies that seamlessly integrate renewable energy sources into power grids while addressing variability and grid stability challenges.
3. Innovate Smart Grids and Micro-grids – To drive the design of next-generation smart grids and micro-grids using AI technologies for intelligent monitoring, distribution, and autonomous control.
4. Enhance Energy Storage Performance – To optimize energy storage systems through AI-based predictive maintenance, advanced diagnostics, and precise battery health management.
5. Strengthen Cross-Sector Collaboration – To foster partnerships among researchers, industry leaders, and policymakers that accelerate the practical adoption of AI-powered energy solutions.
6. Promote Research and Knowledge Sharing – To create a dynamic platform for publishing high-quality research, enabling knowledge exchange and inspiring future innovations in intelligent energy systems.

Call for Papers:

Original research papers are invited in the areas, but not limited to
• AI-Powered Solutions for Next-Generation Power Systems
• Design and Implementation of Advanced Smart Grids and Micro-grids
• Intelligent Energy Storage: Battery Systems and Management Strategies
• Seamless Integration of Solar, Wind, and Renewable Energy Sources
• Innovations in Power Electronics and High-Performance Electric Drives
• Smart Mobility: Intelligent Transportation and Electrification
• Predictive Maintenance and Fault Diagnostics Enabled by AI
• Deep Learning and Reinforcement Learning Applications in Energy
• IoT-Enabled Embedded Systems for Smart Energy Infrastructure
• Cyber-security Strategies for AI-Driven Power Networks
• Data Analytics for Smart Metering and Sensor Networks
• Advanced Control Systems and Automation in Energy Applications
• High-Performance Computing for Energy Forecasting and Optimization
• Blockchain Innovations for Secure Energy Transactions and Grids
• AI-Enhanced Energy Economics and Policy Development
• Hybrid Energy Storage Architectures and Intelligent Solutions
• Reliability and Electromagnetic Interference Mitigation in Energy Systems
• AI for Electric Vehicle Infrastructure and Smart Charging Networks
• Digital Twins for Real-Time Power System Optimization
• Human–Machine Interfaces in Intelligent Energy Management
• AI-Driven Load Forecasting and Demand Response Technologies
• Intelligent Protection, Control, and Stability of Power Systems
• Data-Driven Strategies for Grid Restoration and Blackout Prevention

Conference  Committee:

Chief Patrons
Dr. M. Mohan Babu, Chancellor, MBU
Mr. Vishnu Manchu, Pro-Chancellor, MBU
Patrons
Mr. Vinay Maheshwari, Executive Director, SVET
Dr. Nagaraj Ramrao, Vice-Chancellor, MBU
Mr. Vikas Singh, CGSO, MBU
Dr. K. Saradhi, Registrar, MBU
Advisors
Dr. Avireni Srinivasulu, Dean, R & I, MBU
Dr. P. V. Ramana, Dean Academics, MBU
Dr. T. Devaraju, Dean, SDA, MBU
Dr. M. S. Sujatha, Professor & Head, EEE, MBU
Conveners
Dr. S. Farook, Professor EEE, MBU
Dr. I Kumaraswamy, Associate. Professor, EEE, MBU
Co-Conveners
Dr. M. Manohara, Associate Professor, EEE, MBU
Dr. P. Venkatesh, Asst. Professor, EEE, MBU
Organizing Secretaries
Dr. N. M. G. Kumar, Professor, EEE, MBU
Dr. G. Harikrishnan, Associate Professor, EEE, MBU
Co-Organizing Secretaries
Dr. E. Parimalasundar, Professor, EEE, MBU
Dr. Rajasekar Thota, Associate Professor, EEE, MBU

Registration fees:

All accepted and presented papers shall be published and Indexed in the proceedings with ISBN number / Scopus. Based on the authors request, extended papers will be recommended for possible publication in Scopus Indexed Journals (Article Processing Charges as applicable)

Payment Details:

Paper details Submission: Click Here
Submit the paper to the mail: icecces@mbu.asia
Paper Submission Format: Click Here

Important Dates:

Mode of Conference: Hybrid (Online & Offline)
For More Details Contact:
Dr. I.Kumaraswamy, +91-9100830365
Dr.M.Manohara, +91-9441331644
Dr. S. Farook, +91-9885953452
Dr. P. Venkatesh, +91-9553196039

Download PDF Here

Email: icecces@mbu.asia