Provides a comprehensive understanding of the impacts of electric mobility on the electrical system, considering renewable generation, transmission, and distribution networks. It combines theoretical foundations with a practical case study conducted in Honduras by the National Autonomous University of Honduras (UNAH) to illustrate current and future challenges for electrical systems in the face of electric mobility deployment.
Designed for professionals from electricity distribution companies, officials from regulatory bodies and energy ministries, consultants and academics interested in electric mobility and grid planning, and students of electrical engineering, energy, or related fields.
Module 1: Electric mobility and integral electrical system (generation, transmission, and distribution).
Module 2: Case study – Honduras (Analysis of the UNAH study).
Dennis Alberto Rivera (Module 2): PhD in Electrical Engineering; technical and administrative experience in capacity and thermal and renewable energy purchase contracts, power system stability and optimization, load flows, short circuits, and transients. He served as Director for Honduras on the Board of Directors of the Regional Operating Entity (EOR) 2016–2017; Full Professor III at the UNAH Electrical Engineering Department and independent consultant.
Jonathan Muñoz Tabora (Module 1): Electrical Engineer from UNAH and PhD in Electrical Engineering from the Federal University of Pará. Professor at the UNAH Electrical Engineering Department and CEAMAZON researcher; his areas of expertise include induction motors, energy efficiency, power quality, electric mobility, power systems, and renewable integration.
Participants will understand the technical and regulatory challenges of the massive integration of electric vehicles in generation, transmission, and distribution.
They will identify the importance of renewable electricity generation for the environmental benefits of electric mobility.
They will also be able to analyze the impacts of charging stations on distribution networks and their relationship with transmission.
Furthermore, they will be able to recognize the historical evolution of electrical grids and their coordinated adaptation to new loads. They will analyze a real case study from Honduras and apply conclusions to their country or region's context.
Additionally, they will have the opportunity to identify mitigation measures and comprehensive planning strategies for efficient and sustainable integration.
Course available in archive for asynchronous enrollment and certification. Recordings available for self-paced review. Source file: Ficha_Técnica_Movilidad_Electrica_9.01.2026.docx. Registrations open; Spanish language; basic level.
Provides a comprehensive understanding of the impacts of electric mobility on the electrical system, considering renewable generation, transmission, and distribution networks. It combines theoretical foundations with a practical case study conducted in Honduras by the National Autonomous University of Honduras (UNAH) to illustrate current and future challenges for electrical systems in the face of electric […]
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