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Development of a LabVIEW model for estimation of solar radiation on tilted surface and maximum power generation

机译:倾斜表面和最大发电估计太阳辐射的LabVIEW模型

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Solar energy is one of the most promising, green, reliable and competent source among available renewable energy sources. Photovoltaic (PV) module directly converts solar energy into electrical energy. Solar radiation incident on PV module can be divided into three forms direct or beam radiation, diffuse radiation and refracted radiation. The performance of PV module is highly dependent on position and angle of orientation of module, which varies with latitude. In this paper a Lab VIEW model have been developed to translate horizontal solar radiation into tiled surface and monthly average optimal tit angle was determined. A comprehensive literature survey of estimation model is also investigated. The developed model can be helpful to estimate the maximum power generation of a particular place. A comparison of power generation on horizontal surface with power generation corresponding to optimal tilt angle is also demonstrated. To validate the model, it was simulated for the data given by manufacturer at standard condition.
机译:太阳能是可用的可再生能源中最有前途,绿色,可靠和有能力的源泉之一。光伏(PV)模块直接将太阳能转换为电能。入射在光伏模块上的太阳辐射可分为三个形成直接或梁辐射,漫射辐射和折射辐射。 PV模块的性能高度依赖于模块的位置和方向角度,这与纬度变化。在本文中,已经开发了实验室视图模型以将水平太阳辐射转换为平铺表面,并确定每月平均最佳斜角。还研究了估计模型的综合文献调查。开发的模型可以有助于估计特定地点的最大发电。还证明了与最佳倾斜角度对应的发电的水平表面上发电的比较。要验证模型,它是为制造商处于标准条件的数据而模拟的。

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