The 5th International Conference on Renewable, Non-Renewable & Sustainable Energy Systems (ICRNS-2027) will be held on March 22–23, 2027 in Zurich, Switzerland. This prestigious international conference aims to bring together researchers, scientists, engineers, industry professionals, academicians, and policy makers from around the world to discuss recent advancements and emerging technologies in the field of energy systems.
ICRNS-2027 will serve as a global platform for sharing innovative research, practical developments, and new ideas related to renewable energy, non-renewable resources, and sustainable energy solutions. The conference will focus on addressing current challenges in global energy demand, environmental sustainability, and efficient energy management while promoting the development of cleaner and more reliable energy technologies.
The conference program will include keynote presentations, technical sessions, research paper presentations, and interactive discussions led by internationally recognized experts. These sessions will highlight cutting-edge research and real-world applications in areas such as solar energy, wind power, energy storage, smart grid systems, hydrogen energy, and sustainable energy policies.
By bringing together experts and professionals from diverse backgrounds, the conference seeks to contribute to the development of sustainable energy strategies that address global environmental challenges and support long-term energy security.
February 19th, 2027
June 10th, 2026
September 10th, 2026
March 22–23, 2027
Holon Institute of Technology
Israel
Holon Institute of Technology
Israel
Adrian Ioinovici, an IEEE Fellow, is currently affiliated with the Holon Institute of Technology, Israel. He has previously held academic positions at several universities in China, where he was recognized as a “Thousand Talents” foreign expert. In addition, he holds honorary professorships at multiple institutions worldwide. He was elevated to IEEE Fellow status in recognition of his pioneering contributions to switched-capacitor converters and has served as an Associate Editor for various IEEE Transactions. Prof. Ioinovici is the author of Computer-Aided Analysis of Active Circuits (Marcel Dekker, 1990) and Power Electronics and Energy Conversion Systems, Volume 1: Fundamentals and Hard-Switching Converters (Wiley, 2013). His primary research interests include switched-capacitor (SC) converters and inverters, high-gain DC converters, hybrid SC power electronics, and soft-switching converters. He has authored over 200 publications in IEEE Transactions and international conference proceedings.
Join as a conference speaker and present your work to a global audience.
Register NowShowcase your research with a poster presentation and engage with attendees.
Register NowDiscounted rate for students and trainees with a valid institutional ID.
Register NowZurich, the largest city in Switzerland, is recognized as one of the world’s leading centers for innovation, sustainability, and advanced technology. The city offers a perfect environment for international conferences with its modern infrastructure, world-class research institutions, and strong commitment to sustainable development.
Known for its high quality of life, efficient public transportation, and vibrant cultural scene, Zurich provides an inspiring setting for academic and professional collaboration. Participants will have the opportunity to experience the city’s rich heritage, beautiful landscapes, and dynamic international atmosphere while engaging in meaningful discussions on the future of global energy systems.
An outstanding conference with an impeccable lineup of speakers. The insights I gained were invaluable for my research. Truly a must-attend event in the field.
The networking opportunities were phenomenal. I connected with several potential collaborators. The organization was seamless from start to finish.
As a PhD student, the poster sessions and direct access to leading scientists were incredibly inspiring. I left with new ideas and a renewed passion for my work.
