Integración de captación activa y pasiva en viviendas unifamiliares de emprendimientos inmobiliarios
Copyright policy )Integración de captación activa y pasiva en viviendas unifamiliares de emprendimientos inmobiliarios
Resumen A partir de modelos inmobiliarios vigentes, se analiza la posibilidad de construir viviendas que abastezcan demandas energéticas propias y provean energía excedente (Plus-Energy House),. Para ello se revisa un catastro de tipologías y estadísticas de consumos, seleccionando un caso representativo en el que se proponen alteraciones de diseño pasivo y se ejecutan simulaciones energéticas integrando tecnologías activas en las que se determina una producción factible frente a las demandas. Se despliegan tecnologías solares en integración arquitectónica BIPV, BISTw, BIPVTa y BIPVTw individualmente o combinadas buscando maximizar la capacidad de producción para autoconsumo, comparándose temporalmente con demandas características para identificar déficits y excedentes característicos promedios de días representativos de verano, invierno y de épocas interestacionales. Por último se obtiene el balance anual, el cual refleja un abastecimiento de aproximadamente el 174 % al desplegarse solamente tecnología BIPV y 251 % al integrar tecnologías híbridas térmicas fotovoltaicas con fluido líquido y fluido aire (BIPVTw) (BIPVTa).
- University of Bío-Bío Chile
- University of Cuenca Ecuador
- Universidad Católica de Cuenca Ecuador
- Universidad Católica de Cuenca Ecuador
- University of Bío-Bío Chile
Technology, Building Energy Efficiency and Thermal Comfort Optimization, FOS: Mechanical engineering, Building Integration, Photovoltaic/Thermal Hybrid Technology, Energía solar, Humanities, Engineering, Solar energy, Solar Chimney Systems, Edificación Energéticamente Positiva, Architecture, Plus-Energy Buildings, Building Energy Consumption, Building construction, Vivienda, Eficiencia energética, Energy, Renewable Energy, Sustainability and the Environment, Energy Simulation, T, Mechanical Engineering, Physics, Building Integrated Photovoltaics, FOS: Humanities, Building and Construction, Energy efficiency, Physical Sciences, Housing, Solar Thermal Energy Technologies, TH1-9745, Art
Technology, Building Energy Efficiency and Thermal Comfort Optimization, FOS: Mechanical engineering, Building Integration, Photovoltaic/Thermal Hybrid Technology, Energía solar, Humanities, Engineering, Solar energy, Solar Chimney Systems, Edificación Energéticamente Positiva, Architecture, Plus-Energy Buildings, Building Energy Consumption, Building construction, Vivienda, Eficiencia energética, Energy, Renewable Energy, Sustainability and the Environment, Energy Simulation, T, Mechanical Engineering, Physics, Building Integrated Photovoltaics, FOS: Humanities, Building and Construction, Energy efficiency, Physical Sciences, Housing, Solar Thermal Energy Technologies, TH1-9745, Art
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