A systematic evaluation of the potential energy saving and CO2 emissions reduction on buildings was carried out, when a renewable energy system is locally installed. The exploitation of a combined solar and photovoltaic system and the integration of suitable energy management actions were deeply investigated. A model of these solar and photovoltaic components has been developed and included within a complete house simulator, capable to precisely figure out the daily electric energy consumptions of typical apartments and to measure the positive actions induced by the added renewable energy. Saving up to 40% on the energy consumptions and even more savings on wiring losses seems to be easily obtainable.
Giaconia, G.C., Fiscelli, G., Lo Bue, F., Di Stefano, A., La Cascia, D., Miceli, R. (2009). Integration of distributed on site control actions via combined photovoltaic and solar panels system. In Proceedings of ICCEP 2009 (pp.171-177).
Integration of distributed on site control actions via combined photovoltaic and solar panels system
GIACONIA, Giuseppe Costantino;FISCELLI, Giuseppe;LO BUE, Francesco;DI STEFANO, Antonio;LA CASCIA, Diego;MICELI, Rosario
2009-01-01
Abstract
A systematic evaluation of the potential energy saving and CO2 emissions reduction on buildings was carried out, when a renewable energy system is locally installed. The exploitation of a combined solar and photovoltaic system and the integration of suitable energy management actions were deeply investigated. A model of these solar and photovoltaic components has been developed and included within a complete house simulator, capable to precisely figure out the daily electric energy consumptions of typical apartments and to measure the positive actions induced by the added renewable energy. Saving up to 40% on the energy consumptions and even more savings on wiring losses seems to be easily obtainable.
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