Space
The transition to Smart Grids requires advanced testing, validation and optimization tools; in this event we will explore how Power Hardware in the Loop (PHIL), combined with simulation models and Artificial Intelligence, allows to reproduce real power grid scenarios and accelerate the development of more efficient, secure and resilient systems.
Artificial Intelligence is already beginning to be integrated directly into inverters and other active elements of the grid, providing greater adaptability, efficiency and responsiveness to changing conditions. Thanks to Hardware in the Loop (HIL) and PHIL environments, these solutions can be validated in real network scenarios before being put into service, reducing risks and accelerating innovation.
Throughout different technical technical conferences and practical demonstrationsyou will learn how these technologies are helping to anticipate failures, optimize control and validate complex solutions before their deployment in the field.
Participating Companies
The event will feature technical conferences given by specialists, which will address real cases of PHIL and Smart Grids applications, as well as their convergence with Artificial Intelligence techniques.
In addition, there will be live demonstrations, showing how to test real equipment connected to advanced network models in real time.
At the end of the session, attendees will be able to participate in a co working cocktail, conceived as a relaxed space for technical networking and exchange of experiences among professionals in the sector.
Why attend?
– Understand PHIL’s role in Smart Grid validation.
– Discover how AI enhances simulation, control and decision making
– Attends specialized technical conferences
– Explore real cases and practical demos
– Interact directly with industry experts
Participate in the event for industry leaders.
Agenda
09:30h: Reception of attendance
09:45h: Presentation of the day. By Ignacio Cienfuegos, Head of Energy Business Development (Grupo Álava).
10:00h: The future of automated design and commissioning of power electronic converters.
- Emilio José Bueno PeñaUniversity Professor of Electronic Technology (University of Alcalá de Henares).
- Daniel Santamargarita MayorAssistant Professor of Electronic Technology (University of Alcalá de Henares).
10:30h : Hardware-in-the-Loop and Power HIL: applications and benefits for power electronics and power grids.
- Yoann Mougenot, Sales Director (OPAL-RT)
- Miquel Teixidó, Solutions Consultant (Cinergia).
11:00h: “From Grid Following to Grid Forming: Testing and Certification”, by Miguel Rodríguez, Technical Director Electrical Laboratory (SGS).
11:30h: Coffee
12:00h: Demostrations live:
1. Control and model replication of a three-phase OBD using HIL.
2º Development of modulation techniques using genetic algorithms for three-phase DAB.
3º. Training of ANNs, using HIL, from Matlab/ANSYS to replicate thermal behavior of high frequency transformers.
4º. Admittance modeling of DABs converters.
5º. Testing of microgrids and power electronics devices with real-time simulation OPAL-RT
14:00: Cocktail and networking
Discover the industry’s leading speakers
Emilio Bueno
Professor
UAH
Miguel Rodriguez
Electrical Laboratory Technical Manager
SGS Group
Yoann Mougenot
Sales Manager and Technical Consultant at HIL/PHIL
OPAL – RT
Miquel Teixidó
Solutions Consultant
Cinergia
Ignacio Cienfuegos
Business Development Energy
Grupo Álava
