Track 1:
Modeling, Design, and Control of High Quality Electric
Machines for Physical Energy Storage Systems
Organizers
Chair: Yiming Ma, (CSG PGC Energy Storage Research
Institute, Dr./ Senior Engineer)
Co-chair: Liyang Liu, (The Hong Kong University of Science
and Technology-Guang Zhou, Dr.)
Co-chair: Lu Sun, (Huazhong University of Science and
Technology, Dr.)
Member: Zequan Li, (Huazhong University of Science and
Technology, Dr.)
Member: Xinchi Ma, (Huazhong University of Science and
Technology, Dr.)
Member: Haoyu Kang, (Huazhong University of Science and
Technology)
Abstract—The rapid development of renewable energy
generation and electrified transportation has posed
tremendous risks and challenges on the modern power system.
To suppress the increasing level of stability issues and to
improve the capability for flexible operation, it is
important to integrate energy storage technology in power
system that enables the electricity to be stored and used
later. Advanced physical energy storage includes pumped
hydro energy storage, compressed air energy storage,
flywheel energy storage, and solid gravity energy storage
etc., which covers a wide range of applications with
different demands on power and discharging duration and
shows significant advantages to be utilized in power system.
Electric machines are the core energy conversion equipment
of physical energy storage systems, and their quality plays
a crucial role in the operational performance of energy
storage systems. Therefore, it is urgent to carry out
in-depth innovative research.
Content- To improve the
performance of physical energy storage devices and to
promote the industrialization, for the core energy
conversion equipment electric machines, further researches
on relating techniques and apparatus from different
perspectives including concepts, topology, design,
modelling, control, and operation are required. The purpose
of this track is to provide a platform for researchers to
share their cutting-edge progress on electric machine
techniques and apparatus used for physical energy storage
system.
Topics
Permanent-magnet synchronous machine
Wound field synchronous machine
Doubly-fed induction machine
Induction motor
Electric motor modelling method
Multi-objective optimization method
Electric motor control method
Applications and experiments
Intelligent operation and maintenance