Sesión 1:
Lunes 27 de diciembre de 2021, de 09:00 a 13:00 horas.
·
Course
presentation and technical notes.
·
The
modern energy scenario: from centralized to distributed generation.
o
Description
of the latest changes in the electric power systems.
o
Data on
electricity production in Europe.
o
Distributed
generation technologies and microgrids.
Sesión 2:
Martes 28 de diciembre de 2021, de 09:00 a 13:00 horas.
·
Types of electric vehicles.
o
Description
of Hybrid Electric Vehicles, Plug-in Hybrid Electric Vehicles and Full Electric
Vehicles.
o
The
market of electric vehicles in Europe.
o
Technical
data of electric vehicles.
o
Main
characteristics of storage batteries.
Sesión 3:
Miércoles 29 de diciembre de 2021, de 09:00 a 13:00 horas.
·
Electric vehicle charging infrastructures.
o
Conductive
charging, wireless charging and battery swapping.
o
AC vs DC charging.
o
Types of connectors.
o
Types of
wall-boxes and charging stations.
o
The
spread of charging stations in Europe.
Sesión 4:
Lunes 03 de enero de 2022, de 15:00 a 19:00 horas.
·
Impact of
electric mobility on the power system.
o
The power
demand curve in presence of numerous electric vehicles.
o
Integration
of the electric mobility with renewable energy sources.
o
Electric
vehicles as storage systems: vehicle-to-grid (V2G), vehicle-to-building (V2B)
and vehicle-to-home (V2H) technologies.
o
Participation
of electric vehicle fleets to the Ancillary Services Market.
o
Smart
charging of electric vehicles.
Sesión 5:
Martes 04 de enero de 2022, de 15:00 a 19:00 horas.
·
Energy
Management Systems (Part I/II).
o Development of optimization
models to daily operate a microgrid or a portion of the public distribution
network with the presence of renewable energy power plants and electric mobility
infrastructures. Examples in the Matlab/Yalmip
environment.
Sesión 6:
Miércoles 05 de enero de 2022, de 15:00 a 19:00 horas.
·
Energy
Management Systems (Part II/II).
o Development of optimization
models to daily operate a microgrid or a portion of the public distribution
network with the presence of renewable energy power plants and electric
mobility infrastructures. Examples in the
Matlab/Yalmip environment.
·
Evaluation.
·
Course clousure.
o
Charging
infrastructures for electric buses.
