Dr. JiaYi Liu is a distinguished researcher specializing in renewable energy technologies and smart grid systems. He holds a Ph.D. in Energy Engineering and has conducted pioneering research in renewable energy integration, smart grid optimization, and sustainable energy systems. His work focuses on leveraging advanced technologies to create efficient energy distribution networks that enhance grid stability and reduce carbon emissions. Dr. Liu has published extensively in top-tier international journals on renewable energy and sustainable technologies and has been invited to speak at major energy conferences worldwide. His research contributions have significantly advanced the understanding of how innovative technologies can transform traditional energy systems, making him a leading authority in the intersection of renewable energy and smart grid technologies.

Associate Professor Xingwang Pi is a recognized expert in wind power forecasting and energy systems optimization. His research specializes in the integration of advanced machine learning techniques for wind power prediction, particularly in developing intelligent forecasting systems and automated energy management platforms for renewable energy systems. Professor Pi has extensive experience in implementing physics-informed neural networks and hybrid architectures to improve wind power forecasting accuracy. He has published numerous scholarly articles on the application of artificial intelligence in renewable energy systems and has been instrumental in developing innovative prediction methodologies for offshore wind farms. His work bridges the gap between theoretical energy modeling concepts and practical implementation in renewable energy applications, contributing to the advancement of smart energy systems and grid integration technologies.

Professor Yanjuan Li is a leading expert in energy policy development and sustainable energy workforce training. Her research focuses on the strategic implementation of renewable energy policies and the development of skilled professionals for the energy transition. Professor Li has extensive experience in analyzing the impact of energy technologies on workforce development and career advancement, with particular emphasis on how sustainable energy systems can create new employment opportunities while addressing environmental challenges. She has contributed significantly to the development of energy policy frameworks and has published widely on the intersection of energy policy, workforce development, and sustainable economic growth. Her expertise in policy formulation and strategic planning provides valuable insights into the regulatory and socioeconomic aspects of renewable energy adoption and energy system transformation.