ICIEA 2023 Special Session
SS08: Advanced Cooperative Control and Optimization Strategies for Integrated Energy Systems
Organized by:
Organizer 1: Peng Wang
Email: epwang@ntu.edu.sg
Affiliation: Nanyang Technological University, Singapore
Organizer 2: Rui Wang
Email: wangrui@ise.neu.edu.cn
Affiliation: Northeastern University, China
Organizer 3: Wentao Jiang
Email: ewtjiang@nwpu.edu.cn
Affiliation: Northwestern Polytechnical University, China
The
increasing pressure from energy and environment protection has made the
research for advanced energy infrastructures urgent, such as smart grids, intelligent
transportation networks, heat and natural gas
networks, and so on. To this end, Integrated Energy System (IESs), focusing on
deep integration of advanced multi-energy and information technologies, is
regarded as the popular form of resilient energy utilization for the future
development. Through embedding advanced cooperative control and optimization
strategies into IESs, the intelligent energy management will be achieved in the
processes of energy generation, conversion, transmission, distribution
and consumption, etc. Furthermore, the IES will generate and utilize abundant
data to achieve optimal energy distribution. There are many challenges that
require further research and development on the modeling,
planning, control and optimization of the distributed information and energy
systems, which may include interdependent infrastructures such as electricity,
transportation, communication, heat and natural gas
networks. This special section aims at addressing and disseminating
state-of-the-art research and opportunities regarding applications of
innovative solutions to achieve the deep integration of advanced cooperative
control and optimization strategies for IESs. We seek original papers with
novel research contributions in all aspects of tools, models and methods of
relevance and impact in IESs.
Topics
of interests:
The
topics of interests include, but are not limited to:
1. Distributed energy management structure
and framework of IESs
2. Coupled mechanism modeling
of IESs
3. Spatiotemporal data analysis and
cooperative control development of IESs.
4. Optimal planning, operation
and control of IESs
5. Standard modeling
of IESs
6. Nonlinear control and optimization of
IESs
7. The impact of cyber/physical security
on the controller of IESs
8. The application of AI and 5G
technologies on the controller and optimizer of IESs