Professors Aldo Di Carlo (left) and Bernard Kippelen lecturing at SuNEC 2011, Santa Flavia, Sicily, July 5-7, 2011.

Contexts in source publication

Context 1

... Di Carlo, head of CHOSE, University of Rome Tor Vergata, in his presentation, explained how dye solar cells (DSCs), being efficient, colored, transparent, thin and showing PV conversion efficiency lesser dependent on the angle of incoming sunlight rays, are ideally suited for building integration (BIPV) applications, as well as to power portable electronic devices. [10] He then discussed efforts to scale-up this technology from single, small area, cells to large area modules ( Figure 3). Giuseppe Calogero from Italy's Research Council presented the dye solar cells using natural pigments extracted from bougainvillea flowers, red turnip and purple wild prickly pears fruit sensitizing the nanostructured titania films. ...

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... Di Carlo, head of CHOSE, University of Rome Tor Vergata, in his presentation, explained how dye solar cells (DSCs), being efficient, colored, transparent, thin and showing PV conversion efficiency lesser dependent on the angle of incoming sunlight rays, are ideally suited for building integration (BIPV) applications, as well as to power portable electronic devices. [10] He then discussed efforts to scale-up this technology from single, small area, cells to large area modules ( Figure 3). Giuseppe Calogero from Italy's Research Council presented the dye solar cells using natural pigments extracted from bougainvillea flowers, red turnip and purple wild prickly pears fruit sensitizing the nanostructured titania films. ...