Study the effective angle of photovoltaic modules in generating an optimum energy

V. Meksarik, S. Masri, S. Taib, C. M. Hadzer
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引用次数: 5

Abstract

Nowadays, in the fast changing phase of technology many countries have used photovoltaic (PV) to generate energy. PV modules are very versatile and easily fixed on the top of buildings, residential areas, and other structures. PV capable to produce a clean energy and it can be fixed up at location where the system grid not available. However, for producing optimum energy, PV modules must be mounted with correct PV direction and angle. The objective of this paper is to find out the correlation between difference PV angle and PV direction for maximum energy generation. The data have been collected through out a day. The measurement results on difference angles and direction of PV show that the voltage generates are quite similar. However the PV modules direct to north and south produced more power compared to east and west. The result of data collection is suitable for application in the Malaysia and similar environment.
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研究光伏组件产生最佳能量的有效角度
如今,在技术快速变化的阶段,许多国家已经使用光伏(PV)发电。光伏组件用途广泛,可以很容易地固定在建筑物、住宅区和其他结构的顶部。光伏发电能够产生清洁能源,它可以固定在系统电网不可用的地方。然而,为了产生最佳的能量,光伏组件必须以正确的光伏方向和角度安装。本文的目的是找出不同PV角度与PV方向之间的相关性,以获得最大的发电量。这些数据是用一天的时间收集的。对不同角度和方向的PV的测量结果表明,产生的电压非常相似。然而,与东部和西部相比,直接向北和向南的光伏组件产生了更多的电力。数据收集的结果适合在马来西亚和类似的环境中应用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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Fabrication and testing of linear electric generator for use with a free-piston engine A hybrid approach for security evaluation and preventive control of power systems Study the effective angle of photovoltaic modules in generating an optimum energy Object oriented sparse linear solver component for power system analysis Current efforts in the management of power frequency electric and magnetic fields in Malaysia
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