New solar angles and their corresponding tracking systems efficiency

Authors

. For increasing the tracking efficiency of a biaxial,

bi-mobile photovoltaic (PV) system, there are identified and

analyzed two new pairs of local and global angles,

geometrically derived from the azimuth and equatorial

configurations [1, 2]. Simulations are done for the climatic and

geographic region of Braşov, Romania, for one year duration.

The results are showing that the new angles are able to provide

a higher tracking efficiency as compared to their original

configurations [1, 2]. A relevant comparison is being drawn

between six emerged cases.

M. Vătăşescu

Department of Product Design for Sustainable Development

Transilvania University of Braşov

B-ul Eroilor, 29, 500036 Braşov (România)

Phone/Fax number: +40-(268) 41.20.88, +40-(268) 41.05.25, e-mail: maria.vatasescu@unitbv.ro
I. Vişa

Department of Product Design for Sustainable Development

Transilvania University of Braşov

B-ul Eroilor, 29, 500036 Braşov (România)

Phone/Fax number: +40-(268) 41.20.88, +40-(268) 41.05.25
D. Diaconescu

Department of Product Design for Sustainable Development

Transilvania University of Braşov

B-ul Eroilor, 29, 500036 Braşov (România)

Phone/Fax number: +40-(268) 41.20.88, +40-(268) 41.05.25,
I. Hermenean

Department of Product Design for Sustainable Development

Transilvania University of Braşov

B-ul Eroilor, 29, 500036 Braşov (România)

Phone/Fax number: +40-(268) 41.20.88, +40-(268) 41.05.25
N. Creangă

Department of Product Design for Sustainable Development

Transilvania University of Braşov

B-ul Eroilor, 29, 500036 Braşov (România)

Phone/Fax number: +40-(268) 41.20.88, +40-(268) 41.05.25