Special Session 1
Risk Assessment
and Planning of Power Systems Integrated with High
Penetration of Renewable Energies
In
recent years, development and utilization of
renewable energies, such as wind and solar energies,
have received increasing attention from the
international community due to its advantages of
recyclability and low carbon dioxide emissions,
which has been driving by the global energy crisis
and climate warming. Taking wind energy as an
example, the installed capacity of wind turbine
generators (WTG) all over the world increases by
about 30% every year.
The
intermittent and volatility characteristics of
renewable energies make their efficient
accommodation difficult, and threaten the operation
security and reliability of power systems,
especially in the conditions with high penetration
of renewable energies. To improve the renewable
energy accommodation and reduce greenhouse gas
emissions in the future, it is of great significance
to study the risk assessment techniques and planning
techniques of power systems with high penetration of
renewable energies.
In
this session, we focus on the risk assessment and
planning of power systems integrated with high
penetration of renewable energies, which can be used
to provide an important basis for the analysis of
power systems economy, reliability and security.
Topics of interest include but not limited to:
-
Spatial-temporal correlativity analysis of the
output of renewable energy stations
-
Typical scenario generation method for power
systems with high penetration of renewable
energies
-
Modeling and parameter identification for power
systems with high penetration of renewable
energies
-
Medium- and long-term power load forecasting
techniques
-
Risk assessment of renewable energy stations
-
Coordinated operation optimization for power
systems with high penetration of renewable
energies
-
Risk assessment of power systems with high
penetration of renewable energies
-
Power system planning considering high
penetration of renewable energies
-
Weak-part identification of power systems with
high penetration of renewable energies
-
Reliability enhancement planning of power
systems with high penetration of renewable
energies
Organizer
Prof. Bo Hu, Chongqing University, China
Biography:
Bo Hu was born in 1983 in Henan, P.R. China.
He received the Ph.D. degree in Power System
and Its Automation at Chongqing University,
Chongqing, China, in 2010. Currently, he is
a full professor in the School of Electrical
Engineering, Chongqing University, China.
His main research interests focus on the
areas of power system reliability, planning
and analysis.
He is the author
and co-author of over 80 academic papers and
two books. He is the team leader of more
than 40 academic projects, including two
projects under the National Natural Science
Foundation of China, and two projects under
the National key Research and Development
Program of China. He is the recipient of
five academic awards.