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Performance Analysis of Concentrated Photovoltaic with Hybrid Solar Tracking System

机译:混合太阳能跟踪系统对聚光光伏的性能分析

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摘要

Solar PV cells convert solar energy directly into the electricity, more over the energy generation rate can improve by incorporating with tracking and concentrating system. By the use of 2-axis tracking system higher improved in efficiency results. Present work shows significant effect of sun tracking system and concentrating system on energy generation capacity of photovoltaic panel. The Peak energy generation from PV collector (with and without 2-axis tracking and concentrating) have been determined in this study, for location 11.2588° N and 75.7804° E Latitude and Longitude (Calicut city Kerala) in the month of March April and May. Design of concentrator was done by considering size of PV cell and concentrating ratio (40), cooling system is incorporate to improve the performance of PV cells. Monthly average daily irradiation on horizontal surface and ambient temperature were measured. The system performance ratio was determined. The system power output was measured with tracking and concentrating system and compared with performance of normal PV cell. Power generated by PV cell with concentrating and tracking system is 112.56% more than power produce by PV cell without concentrating and tracking system.
机译:太阳能光伏电池将太阳能直接转化为电能,通过结合跟踪和集中系统,可以提高发电率。通过使用2轴跟踪系统,可以提高效率。目前的工作表明太阳跟踪系统和集中系统对光伏板的发电量具有显着影响。在这项研究中,确定了由PV集热器产生的峰值能量(有和没有2轴跟踪和集中),分别在3月,4月和5月的北纬12.7588°和东经75.7804°(喀拉喀特城市喀拉拉特) 。聚光器的设计是通过考虑光伏电池的尺寸和聚光比(40)来完成的,集成了冷却系统以提高光伏电池的性能。测量在水平表面和环境温度上的每月平均每日辐射。确定了系统性能比。使用跟踪和集中系统测量系统功率输出,并将其与常规PV电池的性能进行比较。带聚光跟踪系统的光伏电池发电量比不带聚光跟踪系统的光伏电池发电量高112.56%。

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