IEEE International Power and Renewable Energy Conference — India's first IEEE Club of 6 Technical Paper Conference, organized by the IEEE Student Branch, College of Engineering Karunagappally.
The IEEE International Power and Renewable Energy Conference legacy and foundation.
IPRECON (IEEE International Power and Renewable Energy Conference) is India's first IEEE Club of 6 conference, proudly organized by the IEEE Student Branch, College of Engineering Karunagappally. Since its inception, IPRECON has set a benchmark in combining innovation, sustainability, and academic excellence — offering a unified platform for students, researchers, professionals, and industry experts to collaborate on transformative solutions for the future of power and energy.
The conference has consistently maintained its commitment to excellence, providing researchers and professionals with opportunities to share cutting-edge innovations and contribute to sustainable solutions for global energy challenges. IPRECON emphasizes the integration of power systems, renewable energy, electronics, artificial intelligence, and data science to shape a sustainable and intelligent future.
All proceedings are published in the IEEE Xplore® Digital Library, with 20% of presented papers eligible for further review and possible publication in premier IEEE IAS periodicals, including Transactions and Magazines.
India's first IEEE IAS Club of 6 Technical Paper Conference, bringing together six premier technical communities under one platform.
All accepted papers submitted to the IEEE Xplore® Digital Library, subject to IEEE quality standards.
Continuing the tradition of excellence with cutting-edge innovation and global collaboration.
"Next-Generation Energy Systems: Intelligence, Resilience and Decarbonization"
The fifth edition of India's first and only IEEE Club of 6 Technical Paper Conference is organized by the IEEE Student Branch of the College of Engineering Karunagappally, with technical co-sponsorship from IEEE IAS and IEEE PES. Scheduled for 15–17 October 2027 at CEK, Kerala, the conference offers a premier platform for students, researchers, and professionals to present cutting-edge innovations in power, renewable energy, and computing. The event features technical sessions, keynote talks, distinguished lectures, and workshops, with all accepted papers submitted to the IEEE Xplore® Digital Library.
"Advancing Power and Renewable Energy Systems through AI, Computing, and Emerging Technologies"
The fourth edition was successfully held from September 04–06, 2026, at the College of Engineering Karunagappally, Kerala, India, in hybrid mode. Building on IPRECON's growing global reach, the 2026 edition welcomed researchers and delegates from across the world, featuring distinguished keynote sessions, hands-on tutorials, and a strong slate of peer-reviewed technical papers — all published in the IEEE Xplore® Digital Library, with the top 20% of presented papers invited for IEEE IAS periodical review.
Explore the remarkable journey of IPRECON through its successful past editions, each advancing power and renewable energy research globally.
The fourth edition drew its largest global cohort yet, reinforcing IPRECON's standing as a premier forum for power and renewable energy research.
A vital platform for interdisciplinary discourse and research exchange, marking another milestone toward a sustainable future.
A surge in participation reflected IPRECON's growing global reach and continued commitment to quality and relevance.
A pioneering initiative in power and energy conferences in India — a global platform for thought leaders, young researchers, and innovators.
Our commitment to excellence and innovation in power and renewable energy research.
Over the years, IPRECON has established itself as a premier platform for academic and industrial collaboration in power systems, renewable energy, and intelligent computing technologies.
The conference has consistently maintained its commitment to excellence, providing researchers and professionals with opportunities to share cutting-edge innovations and contribute to sustainable solutions for global energy challenges.