Mostrando ítems 1-6 de 6
APROVECHAMIENTO DE LA ENERGÍA SOLAR FOTOVOLTÁICA EN UN POLIDEPORTIVO MUNICIPAL CONECTADO A LA RED ELÉCTRICA
This paper presents the results of a study whose objective was to design and calculate a photovoltaic solar installation connected to the network to meet the electrical needs of a municipal sports centre, while also having ...
ESCENARIOS Y ESTRATEGIAS POSIBLES PARA UNA INSTALACIÓN SOLAR COMPUESTA POR MÓDULOS DE 100 KWP
To calculate the energy theoretically produced by the proposed installation, this study utilises the PVGIS, which creates a compilation base map of the solar energy resources and an estimation of the electrical energy to ...
AHORRO ECONÓMICO PARA EL USUARIO COMO CONSECUENCIA DE LA APLICACIÓN DEL VIGENTE CTE-DB-HE. APLICACIÓN A UNA VIVIENDA UNIFAMILIAR EN LOGROÑO
The CTE-DB-HE (2013) aims not only to reduce buildings' energy demands, but also to employ as many efficient technologies as possible to meet buildings' thermal needs, and save on primary non-renewable energy consumption, ...
EL APROVECHAMIENTO DE LA ENERGÍA SOLAR FOTOVOLTÁICA EN UN POLIDEPORTIVO MUNICIPAL AISLADO DE LA RED ELÉCTRICA
This paper presents the results of a study whose objective was to design and calculate a photovoltaic solar installation independent of the electrical network to meet the needs of a municipal sports centre. One of the ...
PROPUESTA DE EDIFICIO DE CONSUMO DE ENERGÍA CASI NULO PARA UN INSTITUTO DE EDUCACIÓN SECUNDARIA
In the last update of the Basic Document of Energy Saving of the Technical Building Code (CTE-DB-HE), from June 2017, a nearly zero-energy building is defined as one that complies with the established regulatory requirements ...
POSIBILIDADES DE REHABILITACIÓN ENERGÉTICA DE UN INSTITUTO DE EDUCACIÓN SECUNDARIA CONSTRUIDO EN 1990 APLICANDO EL ACTUAL CTE-DB-HE
Applying the current Basic Document of Energy Saving of the Technical Building Code (CTE-DB-HE) ensures significant savings in terms of the non-renewable primary energy consumption and a significant reduction in the CO2 ...