In this work the experimental results of two pilot installations of 3.8 kWp and 4.9 kWp of Rondine PV concentrators installed in Italy are presented. These concentrating modules have a medium concentration level (25×) and employ silicon solar cells. The non-imaging optics of the concentrator allows for larger angular acceptance respect to many CPV modules, giving us the possibility to employ trackers for standard PV modules. The effect of soiling in these first installations is evaluated as well as their working conditions in different weather situations.
Rondine PV concentrators: Field results and progresses / Antonini, A.; Butturi, M. A.; Di Benedetto, P.; Uderzo, D.; Zurru, P.; Milan, E.; Parretta, A.; Baggio, N.. - 17:7(2009), pp. 451-459. (Intervento presentato al convegno 2009 34th IEEE Photovoltaic Specialists Conference, PVSC 2009 tenutosi a Philadelphia, PA, usa nel 7-12 June 2009) [10.1109/PVSC.2009.5411200].
Rondine PV concentrators: Field results and progresses
Butturi M. A.;
2009
Abstract
In this work the experimental results of two pilot installations of 3.8 kWp and 4.9 kWp of Rondine PV concentrators installed in Italy are presented. These concentrating modules have a medium concentration level (25×) and employ silicon solar cells. The non-imaging optics of the concentrator allows for larger angular acceptance respect to many CPV modules, giving us the possibility to employ trackers for standard PV modules. The effect of soiling in these first installations is evaluated as well as their working conditions in different weather situations.
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