Distributed energy resources and electric vehicle grid integration
Effective integration of electric vehicles into the electric grid, driven by an understanding of bi-directional charging systems and flexibility in the grid, has become a strategic priority for companies
Interesting information about the course
This course is only available in Spanish
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Description of the course
The effective integration of electric vehicles into the electric grid, driven by the understanding of bi-directional charging systems and grid flexibility, has become a strategic priority for companies. This course allows participants to explore real use cases and related business models, preparing them to participate in charging infrastructure implementation projects and adapt to the increasing penetration of distributed energy resources. In a market constantly evolving towards sustainability and energy decentralization, and by focusing on the intersection between electric vehicles (EVs) and distributed energy resources (DERs), this course equips DSO technicians and market-oriented professionals from charger manufacturers with essential skills to meet the challenges of the future.
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Course Objectives
The objective of the course is to provide participants with the necessary knowledge to address the effective integration of electric vehicles into the electric grid, taking advantage of distributed energy resources and bi-directional charging technology, in line with the demands of a constantly evolving energy market.
1
Effectively manage EV integration into the grid, taking advantage of distributed energy resources and bi-directional charging technology
2
Mastering bi-directional charging and its role in energy management and impact on the power grid
3
Analyze emerging business models, identifying business opportunities and strategies
Course Syllabus
- Current energy situation
- Green vehicles
- Electric vehicle recharging. Types of electric vehicles
- Renewable energies
- Storage systems
- Integration tool for reactive power compensation elements in distribution networks with high renewable penetration
- Legislation
- Use cases: Practical examples
- Electric Vehicle Charging and the Grid
- Bidirectional Charging Systems
- EV Business Models
- Use cases: Practical examples
- The DSO of the Future
- Flexibility in the Distribution Network
- Flexibility Markets
- Energy Communities
- Use cases: Practical examples
- Penetration of Distributed Resources and Hybrid Networks of the Future
What does this course provide you?
Specially directed to
- Understand the interaction between electric vehicles and distributed energy resources
- Mastering bi-directional charging technology
- Explore business models related to electric mobility and distributed energy
- Assess the future impact of distributed resources on the power grid
Course Instructors
![](/sites/default/files/2024-02/Gregorio-Fernandez_BN.jpg)
Gregorio Fernández
Industrial Engineering
+ 12 years in renewable energy, electric vehicle and smart grids project management
![](/sites/default/files/2024-06/felipe%20del%20busto.jpg)
Felipe del Busto - EN
+ 12 años en sostenibilidad, medioambiente y movilidad sostenible urbana, transporte y clima
![](/sites/default/files/2024-02/Noemi-Galan_BN.jpg)
Noemí Galán
Ingeniería Técnica Indutrial
+ 7 años en operación y planificación de red y responsable de equipo en CIRCE
![](/sites/default/files/2024-02/Andreas-Munoz_BN.jpg)
Andreas Muñoz
Telecommunications Engineering
+11 years in development of EV charging protocols (CHAdeMO, CCS) and OCPP communication.
![](/sites/default/files/2024-02/Marta-Bernal_BN.jpg)
Marta Bernal
Ingeniería Tecnologías Industriales
+ 4 años en operación y planificación de red especializándose en modelos dinámicos y estudios de red
![](/sites/default/files/2024-02/Hans-Bludszuweit_BN.jpg)
Hans Bludszuweit
Ingeniería Eléctrica
+ 25 años en operación de redes inteligentes e investigación y desarrollo
Frequently Asked Questions (FAQs)
You can contact Cristina Rubio directly: dmtran@fcirce.es