In most industrialized countries the energy problems are concerned to dependence on traditional sources. During the last decades several new concepts of energy planning and management, such as renewable energy sources and energy forecasting, have emerged. In this context, great interest has been addressed to the photovoltaic technique. In this paper, the use of photovoltaic cells in buildings have been investigated experimentally: temperature coefficient for voltage as well as current and power analysis have been carried out. The final results are shown in terms of energy conversion efficiency
Experimental Investigation of Photovoltaics in Buildings: Temperature Coefficient for Voltage, Current and Power Analysis / Biserni C.; Lorenzini E.; Terzi L.A.; Sabatini J.. - STAMPA. - (2007), pp. 941-948. (Intervento presentato al convegno Heat-SET Conference tenutosi a Chambery nel April 2007).
Experimental Investigation of Photovoltaics in Buildings: Temperature Coefficient for Voltage, Current and Power Analysis
BISERNI, CESARE;LORENZINI, ENRICO;TERZI, LUIGI ANDREA;
2007
Abstract
In most industrialized countries the energy problems are concerned to dependence on traditional sources. During the last decades several new concepts of energy planning and management, such as renewable energy sources and energy forecasting, have emerged. In this context, great interest has been addressed to the photovoltaic technique. In this paper, the use of photovoltaic cells in buildings have been investigated experimentally: temperature coefficient for voltage as well as current and power analysis have been carried out. The final results are shown in terms of energy conversion efficiencyI documenti in IRIS sono protetti da copyright e tutti i diritti sono riservati, salvo diversa indicazione.
