Notes to the session organizer:
· All paper submitted to the invited session will go through the same review process as other paper and should follow the submission timeline and submitted via the Oxford Abstract submission system.
· The Special session chair reserves right to accept/reject the paper in his/her session.
· A minimum of 6 accepted paper in the special session and should all be reported in the Oral presentation format.
· Session with less than 6 paper, will be merged into the general sessions.
· Successful session organizers will receive the official certificate after the conference
If
you have any questions, please contact us at: tliu@theiet.org
Accepted special session(s):
|
Special
session topic |
Session
scope |
Chair(s) |
Affiliation |
|
Modeling, Stability Analysis and Control of HVDC systems |
This special session will focus on the modelling, stability analysis,
and stabilization control techniques for HVDC systems, striving to offer
practical and efficient solutions to address the diverse stability issues in
HVDC systems. |
Dr. Jing Lyu |
Department of Electrical
Engineering, Shanghai Jiao Tong University, Shanghai, China |
|
Key Technologies of DC GIS/GIL |
This special session will focus on the high voltage insulation systems,
testing and monitoring, switching technology, aging and diagnostics, health
aspects and environmental compatibility. |
Geng Chen |
North China Electric Power
University; |
|
Metal particle-induced surface charge accumulation and flashover in
HVDC gas insulated apparatus |
Topics of interest include, but are not limited to, the following: |
Associate Professor Wu Lu |
School of Electrical Engineering
Shanghai University of Electric Power; State Grid Shanghai Electric Power
Research Institute |
|
modelling and simulations of power electronic device and power
equipment |
The scope of the session includes |
Prof. Chijie ZHUANG |
Tsinghua University |
|
Latest advances in energy storage technologies and systems |
Topics include, but are not limited to the following: 1） New materials and processes for
improving performance of energy storage systems. 2） Engineering, control, optimization
and modelling aspects of energy storage systems. 3） Advanced technology of energy
storage systems, such as dynamic reconfiguration battery, SOC precise
measurement and high-performance converters. 4） Demand and management of
intermittency in large scale renewable energy power generation using energy
storage systems. 5） Power grid supporting and power
quality improving with energy storage systems. 6） Applications and requirements of
storage technologies in grid-scale electrical storage, electric vehicle
transportation, off-grid systems, and portable electronic applications. 7） Management and control of large
quantities of distributed storage systems as virtual large scale storage
systems. 8） Testing, simulation, evaluation,
life cycle costs, life cycle assessment, maintenance and safety of energy
storage systems. |
Prof. Jinyu Wang Prof. Song Ci IET Charted Engineer Yi Yang |
Xi’an Jiaotong University; Tsinghua University; State Grid Jiangsu Electric Power
Research Institute |
|
Calculation, Protection, Detection and Design of Advanced AC and DC
Power System Equipments |
This special session aims at improving the performance of the advanced
AC and DC power system equipment. The goal of this special session is to
explore and analyse potential methods in building a highly efficient and
reliable modern AC and DC power system by means of constructing advanced
equipment. Themes of interests include, but are not limited to: 1) Computational electromagnetics in modern power systems, physical
properties of magnetic materials and its applications in power engineering. 2) Topological design methods of advanced AC and DC system equipment
(transformer, reactor, fault current limiter etc.). 3) Multi-physics simulation and analysis of advanced AC and DC system
equipment. 4) Intelligent monitoring and diagnosis of advanced AC and DC system
equipment. |
Prof. Jiaxin Yuan and Dr. Hang Zhou |
School of Electrical Engineering and
Automation, Wuhan University |
|
Planning and Operation of Distribution Networks and Microgrids |
Critical research topics in these areas include: 1. optimal siting and sizing of distributed energy resources (DERs):
Determining the optimal locations and capacities for distributed energy
resources, such as solar panels, wind turbines, and energy storage, is
crucial for maximizing system efficiency and reliability. 2.resilient planning and operation:
Investigating methods to enhance the resilience of distribution networks and
microgrids, considering factors such as extreme weather events, cyber
threats, and equipment failures. 3.dynamic pricing models: Investigating
dynamic pricing models and tariff structures to encourage efficient energy
consumption, load balancing, and grid optimization in distribution networks
and microgrids. 4.decentralized control and coordination. Researching
decentralized control strategies and coordination mechanisms to enable
effective communication and collaboration among distributed energy resources
in microgrids, improving overall system performance. 5. Multi-objective Optimization: Employing multi-objective optimization
techniques to simultaneously consider multiple criteria such as cost,
reliability, and environmental impact during the planning and operation of
distribution networks and microgrids. 6. Regulatory Frameworks and Policy
Analysis: Analyzing regulatory frameworks and policies that impact the
planning and operation of distribution networks and microgrids, with a focus
on incentivizing sustainable and resilient practices. |
Prof. Yuntao Ju |
North China University of Technology |
|
On-site Energy Storage Supporting PV and Wind Power Station Power
Transmission, Theory, Key Technology, and Application |
Topics of this Session include, but are not limited to:
1. Large scale on-site energy storage systems scenarios, design, and
development; 2. Network architecture design of on-site energy storage systems, wind,
and PV power station; 3. Control of the on-site energy storage systems; 4. Coordinating control between the energy storage and wind&PV power
source; 5. Synchronous and non-synchronous energy storage and their
characteristics; 6. On-site energy storage power regulation; 7. Hybrid energy storage for peak shaving; 8. Inertia support via energy storage; 9. Sending side grid topology and stability; 10. PV&wind power forecast and energy storage schedule |
Yongjiang Liu； Zhengnan Gao; Zipan Nie |
Inner Mongolia Electric Power
(Group) Co., Ltd.
Institute of Electrical Engineering,
Chinese Academy of Sciences |
|
Modeling, Stability Analysis and Control of Large-Scale Renewable
Energy Base Delivered Through HVDC System |
The special session will encompass a broad range of topics, including
but not limited to: 1. Modeling techniques for large-scale renewable energy systems. 2. Stability analysis of power systems incorporating renewable energy
sources and HVDC links. 3. Control strategies for enhancing the stability and performance of the
systems. 4. Case studies and simulations showcasing successful implementations of
large-scale renewable energy via HVDC. |
Prof. Ying Huang |
Zhejiang University |
