다중제어방식의 아치형 태양광발전시스템
The Arch Type PV System of Multi Controlled
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초록
It is saving material cost and construction cost by replacing conventional building materials, andIt has advantages for aesthetic value. In the Europe, the United States, Japan and other country researchabout BIPV is actively being carried out and marketability is also being infinity expanding. Arch type PVsystems efficiency characteristics is different depending on PV array's directly connection, parallelconnection and arches angle. but is a lack of analysis on this nowadays. When the arch type PV systemdesign up, they consider about aesthetic value and they didn't consider about generation efficiency. In this paper, we try to improve the efficiency through optimization of arch type PV system andestimation of the efficiency parameters of the arch type PV system, such as latitude, longitude,temperature, insolation, arch angle and each kind loss from system organization. For improving Arched PV system efficiency, proposed multiple control inverter system, and usingsimulation tool of Arched PV system "Solar pro", flat-plate type and many arch type PV systemconfiguration the driving characteristics were compared and analyzed.
Abstract
It is saving material cost and construction cost by replacing conventional building materials, andIt has advantages for aesthetic value. In the Europe, the United States, Japan and other country researchabout BIPV is actively being carried out and marketability is also being infinity expanding. Arch type PVsystems efficiency characteristics is different depending on PV array's directly connection, parallelconnection and arches angle. but is a lack of analysis on this nowadays. When the arch type PV systemdesign up, they consider about aesthetic value and they didn't consider about generation efficiency. In this paper, we try to improve the efficiency through optimization of arch type PV system andestimation of the efficiency parameters of the arch type PV system, such as latitude, longitude,temperature, insolation, arch angle and each kind loss from system organization. For improving Arched PV system efficiency, proposed multiple control inverter system, and usingsimulation tool of Arched PV system "Solar pro", flat-plate type and many arch type PV systemconfiguration the driving characteristics were compared and analyzed.
참고문헌 (8)
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