Online Training
Energy Transition and Smart Grids Course
200 hours
Spanish
Educational institutions

Request information
Online Training
200 hours
Spanish
Educational institutions

Request information
Multilingual support
Digital certificate included
Assistant Phia
General objective: Introduce the concept of energy efficiency and Smart Grids, analyze the benefits for cities and users in general. Specific objectives: - Energy efficiency and sustainability, regulations, measurement and verification processes, energy service companies. - Smart buildings and electric vehicles. - Smart Grid, differences with a traditional electrical network. - Smart Grid, renewable energies, distributed generation, telecommunications, measurement systems and administration systems. - Relationship between Smart Cities and Smart Grids. - Implications, tools and good practices for the management of energy efficiency and Smart Grids projects. - Business models and opportunities derived from energy efficiency and Smart Grids. - Recipients - Professionals and companies linked to the design and implementation of projects on smart cities, electrical networks and energy efficiency.
The course "Energy and City: Energy Transition and Smart Grids" opens doors to careers as an energy efficiency manager, expert in energy transition policies, and technician in advanced generation and distribution systems. It delves into the management of smart grids, a vital field given the growing demand for qualified professionals in smart grids and sustainable energy models.
The course "Energy and City: Energy Transition and Smart Grids" prepares participants to understand the change towards more efficient and sustainable energy systems. It focuses on the relevance of Smart Grids and their positive impact on modern cities. You will address energy efficiency, applicable regulations, the fundamentals of smart buildings and electric vehicles. In addition, you are introduced to the management and differences between traditional networks and Smart Grids, as well as their integration with renewable energies and generation distribution.