Track 4:
Technologies and Applications of Digital Twin for Developing
Smart Energy Systems
Organizers
Tong Qian, The Hong Kong Polytechnic University, Hong Kong
Luliang Zhang, Wenhu Tang, South China University of
Technology, Guangzhou
Abstract—The global energy industry is adapting to the
continuous development of the digital era. In this context,
accelerating energy transformation has become an industry
consensus. However, there are institutional, technological,
and market barriers in the energy industry, which pose
challenges to energy transformation. Digital twin technology
can establish precise connections between the physical and
digital worlds, helping to solve the technical challenges
faced by the development of smart energy, and supporting
precise simulation and control of energy interconnection
networks from multiple perspectives. However, the definition
and application architecture of digital twin technology in
the smart energy industry still need further research, and
the application experiments of digital twin technology in
energy systems are only in the preliminary verification and
exploration stage.
In this session, we focus on sorting out the demand for
digital twin technology in the smart energy field and the
current research status and trends, exploring the definition
and general architecture of digital twin technology in smart
energy systems, and analyzing key technologies of digital
twin in smart energy systems.
Topics
Digital twin modeling and simulation techniques for energy
equipment
Digital twin monitoring systems and platform technologies
for new energy sites
Digital twin-based intelligent operation and planning
techniques for power energy systems
Digital twin-based state analysis and fault diagnosis
techniques for energy equipment and systems
Information security technologies for digital twin smart
energy systems
Scientific computing and artificial intelligence methods
support digital twin smart energy systems
Policy recommendations and management challenges of digital
twin smart energy systems