ENERGY EFFICIENCY IN BUILDINGS: AN INTEGRATED APPROACH TO THE ZERO-EMISSION BUILDING (Q4141318): Difference between revisions
Jump to navigation
Jump to search
(Changed label, description and/or aliases in es, and other parts: Adding Spanish translations) |
(Changed label, description and/or aliases in en, and other parts: Adding English translations) |
||||||||||||||
| label / en | label / en | ||||||||||||||
ENERGY EFFICIENCY IN BUILDINGS: AN INTEGRATED APPROACH TO THE ZERO-EMISSION BUILDING | |||||||||||||||
| Property / summary | |||||||||||||||
THE OVERALL OBJECTIVE OF THE PROJECT IS TO PROPOSE AN INTEGRATED APPROACH TOWARDS THE REALISATION OF THE CONCEPT OF ‘ZERO EMISSION BUILDING’ THAT CONSIDERS THE BUILDING WITHIN ITS REFERENCE ENERGY SYSTEM. IN THIS SENSE, THE BUILDINGS, IN ADDITION TO ELIMINATING THE LOCAL ENVIRONMENTAL IMPACT AND REDUCING OPERATING COSTS FOR TENANTS, WILL ALSO BE ABLE TO PROVIDE SUPPORT FOR THE DEVELOPMENT OF INCREASINGLY EFFICIENT NATIONAL ENERGY SYSTEMS (E.G. WITH GREATER PENETRATION OF RENEWABLE SOURCES). THIS MACRO-TARGET WILL BE ACHIEVED THROUGH THE FOLLOWING SUB-OBJECTIVES: SO-1: STUDY AND DESIGN OF INTEGRATED ENERGY STORAGE SYSTEMS IN BUILDINGS TO SUPPORT THE PRODUCTION OF RENEWABLE ENERGY SOURCES (RES) IN ORDER TO MAXIMISE THEIR PENETRATION AND MINIMISE GRID PROBLEMS RELATED TO FLUCTUATION IN PRODUCTION AND DEMAND. STORAGE SYSTEMS WILL NOT HAVE TO PRODUCE ADDITIONAL POLLUTANT EMISSIONS, SO-2: STUDY AND DESIGN OF SYSTEMS (English) | |||||||||||||||
| Property / summary: THE OVERALL OBJECTIVE OF THE PROJECT IS TO PROPOSE AN INTEGRATED APPROACH TOWARDS THE REALISATION OF THE CONCEPT OF ‘ZERO EMISSION BUILDING’ THAT CONSIDERS THE BUILDING WITHIN ITS REFERENCE ENERGY SYSTEM. IN THIS SENSE, THE BUILDINGS, IN ADDITION TO ELIMINATING THE LOCAL ENVIRONMENTAL IMPACT AND REDUCING OPERATING COSTS FOR TENANTS, WILL ALSO BE ABLE TO PROVIDE SUPPORT FOR THE DEVELOPMENT OF INCREASINGLY EFFICIENT NATIONAL ENERGY SYSTEMS (E.G. WITH GREATER PENETRATION OF RENEWABLE SOURCES). THIS MACRO-TARGET WILL BE ACHIEVED THROUGH THE FOLLOWING SUB-OBJECTIVES: SO-1: STUDY AND DESIGN OF INTEGRATED ENERGY STORAGE SYSTEMS IN BUILDINGS TO SUPPORT THE PRODUCTION OF RENEWABLE ENERGY SOURCES (RES) IN ORDER TO MAXIMISE THEIR PENETRATION AND MINIMISE GRID PROBLEMS RELATED TO FLUCTUATION IN PRODUCTION AND DEMAND. STORAGE SYSTEMS WILL NOT HAVE TO PRODUCE ADDITIONAL POLLUTANT EMISSIONS, SO-2: STUDY AND DESIGN OF SYSTEMS (English) / rank | |||||||||||||||
Normal rank | |||||||||||||||
| Property / summary: THE OVERALL OBJECTIVE OF THE PROJECT IS TO PROPOSE AN INTEGRATED APPROACH TOWARDS THE REALISATION OF THE CONCEPT OF ‘ZERO EMISSION BUILDING’ THAT CONSIDERS THE BUILDING WITHIN ITS REFERENCE ENERGY SYSTEM. IN THIS SENSE, THE BUILDINGS, IN ADDITION TO ELIMINATING THE LOCAL ENVIRONMENTAL IMPACT AND REDUCING OPERATING COSTS FOR TENANTS, WILL ALSO BE ABLE TO PROVIDE SUPPORT FOR THE DEVELOPMENT OF INCREASINGLY EFFICIENT NATIONAL ENERGY SYSTEMS (E.G. WITH GREATER PENETRATION OF RENEWABLE SOURCES). THIS MACRO-TARGET WILL BE ACHIEVED THROUGH THE FOLLOWING SUB-OBJECTIVES: SO-1: STUDY AND DESIGN OF INTEGRATED ENERGY STORAGE SYSTEMS IN BUILDINGS TO SUPPORT THE PRODUCTION OF RENEWABLE ENERGY SOURCES (RES) IN ORDER TO MAXIMISE THEIR PENETRATION AND MINIMISE GRID PROBLEMS RELATED TO FLUCTUATION IN PRODUCTION AND DEMAND. STORAGE SYSTEMS WILL NOT HAVE TO PRODUCE ADDITIONAL POLLUTANT EMISSIONS, SO-2: STUDY AND DESIGN OF SYSTEMS (English) / qualifier | |||||||||||||||
point in time: 31 January 2022
| |||||||||||||||
Revision as of 10:06, 31 January 2022
Project Q4141318 in Italy
| Language | Label | Description | Also known as |
|---|---|---|---|
| English | ENERGY EFFICIENCY IN BUILDINGS: AN INTEGRATED APPROACH TO THE ZERO-EMISSION BUILDING |
Project Q4141318 in Italy |
Statements
22,769.87 Euro
0 references
45,539.74 Euro
0 references
50.0 percent
0 references
UNIVERSITA' DEGLI STUDI DELLA TUSCIA
0 references
L'OBIETTIVO GENERALE DEL PROGETTO Ê QUELLO DI PROPORRE UN APPROCCIO INTEGRATO VERSO LA REALIZZAZIONE DEL CONCETTO DI 'ZERO EMISSION BUILDING' CHE CONSIDERI L'EDIFICIO ALL'INTERNO DEL SUO SISTEMA ENERGETICO DI RIFERIMENTO. IN QUESTO SENSO GLI EDIFICI, OLTRE AD ELIMINARE L'IMPATTO AMBIENTALE LOCALE ED A RIDURRE I COSTI DI ESERCIZIO PER GLI INQUILINI, POTRANNO ANCHE FORNIRE SUPPORTO ALLO SVILUPPO DI SISTEMI ENERGETICI NAZIONALI SEMPRE PIù EFFICIENTI (E.G. CON MAGGIOR PENETRAZIONE DELLE FONTI RINNOVABILI). TALE MACRO-OBIETTIVO SARà RAGGIUNTO ATTRAVERSO I SEGUENTI SOTTO OBIETTIVI: SO-1: STUDIO E PROGETTAZIONE DI SISTEMI DI ACCUMULO DI ENERGIA INTEGRATI NEGLI EDIFICI A SUPPORTO DELLA PROODUZIONE DELLE FONTI DI ENERGIA RINNOVABILE (FER) AL FINE DI MASSIMIZZARNE LA PENETRAZIONE E MINIMIZZARE LE PROBLEMATICHE DI RETE CONNESSE ALLA FLUTTUAZIONE DELLA PRODUZIONE E DELLA DOMANDA. I SISTEMI DI ACCUMULO NON DOVRANNO PRODURRE ULTERIORI EMISSIONI INQUINANTI, SO-2: STUDIO E PROGETTAZIONE DI SISTEMI (Italian)
0 references
EL OBJETIVO GENERAL DEL PROYECTO ES PROPONER UN ENFOQUE INTEGRADO PARA LA REALIZACIÓN DEL CONCEPTO DE «EDIFICIO DE CERO EMISIONES» QUE CONSIDERE EL EDIFICIO DENTRO DE SU SISTEMA ENERGÉTICO DE REFERENCIA. EN ESTE SENTIDO, LOS EDIFICIOS, ADEMÁS DE ELIMINAR EL IMPACTO AMBIENTAL LOCAL Y REDUCIR LOS COSTES OPERATIVOS DE LOS INQUILINOS, TAMBIÉN PODRÁN APOYAR EL DESARROLLO DE SISTEMAS ENERGÉTICOS NACIONALES CADA VEZ MÁS EFICIENTES (E.G. CON MAYOR PENETRACIÓN DE LAS FUENTES RENOVABLES). ESTE MACROOBJETIVO SE ALCANZARÁ A TRAVÉS DE LOS SIGUIENTES SUBOBJETIVOS: ASÍ QUE-1: ESTUDIO Y DISEÑO DE SISTEMAS INTEGRADOS DE ALMACENAMIENTO DE ENERGÍA EN EDIFICIOS PARA APOYAR LA PRODUCCIÓN DE FUENTES DE ENERGÍA RENOVABLES (RES) CON EL FIN DE MAXIMIZAR SU PENETRACIÓN Y MINIMIZAR LOS PROBLEMAS DE RED RELACIONADOS CON LA FLUCTUACIÓN DE LA PRODUCCIÓN Y LA DEMANDA. LOS SISTEMAS DE ALMACENAMIENTO NO TENDRÁN QUE PRODUCIR EMISIONES CONTAMINANTES ADICIONALES, POR LO QUE-2: ESTUDIO Y DISEÑO DE SISTEMAS (Spanish)
30 January 2022
0 references
THE OVERALL OBJECTIVE OF THE PROJECT IS TO PROPOSE AN INTEGRATED APPROACH TOWARDS THE REALISATION OF THE CONCEPT OF ‘ZERO EMISSION BUILDING’ THAT CONSIDERS THE BUILDING WITHIN ITS REFERENCE ENERGY SYSTEM. IN THIS SENSE, THE BUILDINGS, IN ADDITION TO ELIMINATING THE LOCAL ENVIRONMENTAL IMPACT AND REDUCING OPERATING COSTS FOR TENANTS, WILL ALSO BE ABLE TO PROVIDE SUPPORT FOR THE DEVELOPMENT OF INCREASINGLY EFFICIENT NATIONAL ENERGY SYSTEMS (E.G. WITH GREATER PENETRATION OF RENEWABLE SOURCES). THIS MACRO-TARGET WILL BE ACHIEVED THROUGH THE FOLLOWING SUB-OBJECTIVES: SO-1: STUDY AND DESIGN OF INTEGRATED ENERGY STORAGE SYSTEMS IN BUILDINGS TO SUPPORT THE PRODUCTION OF RENEWABLE ENERGY SOURCES (RES) IN ORDER TO MAXIMISE THEIR PENETRATION AND MINIMISE GRID PROBLEMS RELATED TO FLUCTUATION IN PRODUCTION AND DEMAND. STORAGE SYSTEMS WILL NOT HAVE TO PRODUCE ADDITIONAL POLLUTANT EMISSIONS, SO-2: STUDY AND DESIGN OF SYSTEMS (English)
31 January 2022
0 references
VITERBO
0 references