The students should have previous knowledge of power systems engineering: circuit theory, electrical machines, load flow, short circuits and power system stability to follow this subjects. Otherwise, they should course Electrical systems and equipment.

- Acquire adequate knowledge of Electrical Engineering and areas that have application here. - Ability to determine what technologies there are of electric vehicles and what their expected development. - Ability to determine the requirements of distribution networks for the integration of electric vehicles and the interaction of these devices with the generation-demand balance. - Acquisition of principles of energy efficiency, linked to electricity. - Ability to determine the energy efficiency of different industrial and domestic installations. - Ability to determine the most suitable measures to improve the energy efficiency of installations. - Ability to select the most suitable renewable generation for a given installation. - Acquisition of search complex information on standards and legislation, on issues related to renewable energies and energy efficiency.

- Introduction to energy efficiency. Regulatory framework. - Energy efficiency in transport. Regulatory framework. * Electric vehicles, hydrogen and others. Description of the technology. Regulatory framework. * Electric vehicles technologies. Batteries and charging modes. VE simulation. * Electric vehicles on distribution networks and generation-demand balance. - Efficiency enegética in edificacación. Regulatory framework. * Energy efficiency in different technologies (lighting, air conditioning, etc.). * Integration of renewable energies in consumer facilities. * Improvements in energy efficiency.

- Theory sessions where the basic knowledge will be presented. Most of these sessions will be given by professionals with practical experience in efficiency business and electrical sector. - Lab computer sessions. - Oral group presentations. - Visits to pilot instalations.