Shapsolar Heat and Power

	Contact
	Téléphone : Mail : Adresse : via A. Gritti, Polo Tecnologico Tiburtino Rome Italy Web :

	Consultez cette fiche en intégralité ?
	Consultez cette fiche et près de 50 000 autres fiches de Centres de Recherche dans plus de 30 pays européens sur Expernova.com ! Inscrivez-vous ou contactez-nous pour une démonstration personnalisée. Il s’agit de votre centre de Recherche ? Inscrivez-vous gratuitement et complétez vos informations.

	Profil scientifique partiel

	Quelques documents de Shapsolar Heat and Power
	Urban photovoltaics: polygeneration with solar energy UPP-SOL 2007 - 2010 Sujets : Energy Storage, Energy Transport, Scientific Research, Renewable Sources of Energy, Resources of the Sea, Fisheries, Innovation, Technology Transfer, Energy Saving, Waste Management, Fossil Fuels, Meteorology, Environmental Protection, Policies, Transport, Social Aspects, Other Energy Topics Type de contrat : Specific Targeted Research Project Participants : CONSORZIO ROMA RICERCHE ITALIA CONSORZIO ROMA RICERCHE Other via Ardito Desio, 60 ITALIA COMUNE DI COLLEFERRO ITALIA COMUNE DI COLLEFERRO Other PIAZZA ITALIA 1 ITALIA UNIVERSITÀ DI FIRENZE- CENTRO RICERCHE ENERGIE ALTERNATIVE E RINNOVABILI ITALIA UNIVERSITÀ DI FIRENZE- CENTRO RICERCHE ENERGIE ALTERNATIVE E RINNOVABILI Piazza San Marco, 4 ITALIA FRAUNHOFER-GESELLSCHAFT ZUR FOERDERUNG DER ANGEWANDTEN FORSCHUNG E.V DEUTSCHLAND FRAUNHOFER-GESELLSCHAFT ZUR FOERDERUNG DER ANGEWANDTEN FORSCHUNG E.V Research,Other HANSASTRASSE 27C 80686 DEUTSCHLAND BESEL, S.A. ESPAÑA BESEL, S.A. Industry Pº General Martinez Campos 11, 1º ESPAÑA DISP DISTRIBUTED SOLAR POWER Israel DISP DISTRIBUTED SOLAR POWER Industry Southern Industrial Area Israel BESEL Spain BESEL Industry Paseo del General Martinez Campos 11 Spain SHAPSOLAR HEAT AND POWER Italy SHAPSOLAR HEAT AND POWER Industry via A. Gritti, Polo Tecnologico Tiburtino Italy Hide objective The objective is to demonstrate solar photovoltaic systems that provide electricity, heating and cooling (polygeneration), integrated into the urban environment. The system is based on miniature solar collectors using concentrating photovoltaics technology developed jointly in Italy and Israel. Two types of collectors are included: Building-Integrated Spherical Collectors (BISC), and miniature parabolic dishes. Using the approaches of concentration and polygeneration these systems will achieve higher efficiency and significantly lower cost of energy.The demonstration system will illustrate the performance, technological, and financial benefits of solar polygeneration in buildings under field operating conditions, and aid the introduction of this technology into the energy market. Special attention will be given to aspects of integration with the building structure and with other utility systems in the building, to regulatory and safety issues, and to the operation method and user interface. Source : cordis