Proposal of an educational pattern house to be powered using renewable energies
Autor(es) y otros:
Palabra(s) clave:
Renewable Energy
Solar Energy
Wind Energy
Heating
Domestic Hot Water
Energy Efficiency
Power Electronics
Smart Grid
LED lighting
Engineering Education
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Editorial:
ce3i2 group
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Resumen:
This work has educational purpose and aims at defining and standardizing a pattern home for engineering students can incorporate renewable energy to meet the energy needs of the house and propose new concepts and services linked to power electronics, renewable energies and energy efficiency. It has been chosen a real location in the university Campus of Gijon in Spain for the purpose of standardizing weather conditions (to define needs for heating and DHW) and also simplify the definition of renewable energy resources available (both solar and wind energies). Engineering students on the issues of Power Electronics and Renewable Energy will have a well-defined framework on which to apply different technologies: DHW solar, thermal foil for heating, lighting based on LEDs for outdoor and indoor situations, energy storage, energy self-consumption, net-metering, charging stations for electric vehicles (EV), smart furniture, strategies smart grid, DC distribution, energy saving strategies and many others that are open to the imagination and initiative of the students.
This work has educational purpose and aims at defining and standardizing a pattern home for engineering students can incorporate renewable energy to meet the energy needs of the house and propose new concepts and services linked to power electronics, renewable energies and energy efficiency. It has been chosen a real location in the university Campus of Gijon in Spain for the purpose of standardizing weather conditions (to define needs for heating and DHW) and also simplify the definition of renewable energy resources available (both solar and wind energies). Engineering students on the issues of Power Electronics and Renewable Energy will have a well-defined framework on which to apply different technologies: DHW solar, thermal foil for heating, lighting based on LEDs for outdoor and indoor situations, energy storage, energy self-consumption, net-metering, charging stations for electric vehicles (EV), smart furniture, strategies smart grid, DC distribution, energy saving strategies and many others that are open to the imagination and initiative of the students.
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Todos estos trabajos están apoyados por el “Ministerio de Educación y Ciencia” del Gobierno de España mediante los proyectos (ENERLIGHT project- referencia MICINN-10-DPI2010-15889) y (LITCITY project – referencia ENE 2013-41491-R). Se quiere agradecer el apoyo de todos los estudiantes y profesores que participantes en el Taller de Energías Renovables (Workroom on Renewable Energy -WRE) de la EPI de Gijón por toda la aportación de ideas y sugerencias recibidas para la elaboración de este documento.
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