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This study aims to develope the light-weight PV blinds with windows and to investigate the shading analysis by the control conditions. For the study, the polycarbonate characteristics and coating methods are analyzed and the PV blind design for a small office is suggested. Also, the mock-up model of a suggesting system was made. The field tests were controled based on a solar altitude under clear sky conditions. As results, it is necessary to use a polycarbonate instead of a tempered glass for a light-weight PV. The shading effects of blind systems are high in slat angle 30° and low in 0°. Also, the shading ratio is more affected by solar latitude than solar altitude. The shading change rate is relevantly constant on the solar altitude. c 2015 KIEAE Journal , , , , ,  Light-weight, Photovoltaic, Blinds, Shading Analysis, Mock-up, Simulation A C C E P TA N C E IN F O Received November 18, 2014 Final revision received February 24, 2015 Accepted February 25, 2015 Fig. 1. Light Transmission Ratio of Polycarbonate         84 KIEAE Journal, Vol. 15, No. 1, Feb. 2015 -50°C 140°C           .      82~92%     .          .     , ,                (HM-150)  .       73.7(%)         .

Developing the Light-weight PV Blind System and the Shading Analysis by the Control Conditions