Novel Energy Storage Technologies and Intelligent Operation and Control of Energy Systems

This special session addresses the construction of new-type power systems and the efficient utilization of clean energy toward the "Dual-Carbon" goals. It covers cutting-edge topics including high-penetration integration of renewable energy, modeling and optimal control of energy storage systems, operation and management of power batteries and flow batteries, coordinated control of hydrogen energy storage systems, power electronic converters, and artificial intelligence-enabled energy systems. Drawing on Prof. Yang Li's research expertise in sustainable energy, energy storage, and power systems, as well as Prof. Binyu Xiong's experience in electrical energy storage, operation and control of hydrogen energy storage systems, artificial intelligence, and operation and maintenance control of electrochemical energy storage batteries, this session will focus on key issues such as state estimation, lifetime assessment, operational optimization, safety control, and multi-energy coordinated dispatch of advanced energy storage systems.This session will bring together experts, scholars, and engineering professionals from the fields of energy and power, automation, electrical engineering, and energy storage science and engineering to share the latest advances in modeling, control, optimization, and engineering applications of energy storage and new energy systems. It aims to promote the deep integration of energy storage technologies with new-type power systems, and to support clean energy accommodation, secure and stable grid operation, and the low-carbon transformation of energy and power systems.

Chairs:

Professor, Yang Li, Wuhan University

Professor, Binyu Xiong, Wuhan University of Technology