A Statistical Estimation of Solar Power for Energy Mix in Bangladesh

Sujoy Barua, Zainal Abedin, Anik Nath, C. Biswas
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Abstract

solar radiation (SR) is a significant parameter for producing solar power for the electric energy mix. Sun radiation data is hard to be accumulated at particular geographical location of a country due to measurement instruments is limited especially in developing country like Bangladesh. Hence, estimation of SR for a meteorological location is an important research to learn solar energy potentiality. In this regards, this paper presents a statistical inference model for the estimation of bright sunshine hour which is important metric for solar irradiance. Normal distribution model is inferred from the historical data of some important locations of Bangladesh. Mean and standard deviation are the parameters at 95% confidence interval which control the behavior of such distribution. In this statistical model, bright sunshine hour is estimated that expedite to find the potential of solar energy at particular location. The estimation model can be used as a decision making support to design photovoltaic power system for deployment of energy mix policy.
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孟加拉国能源结构中太阳能的统计估计
太阳辐射(SR)是太阳能发电的一个重要参数。由于测量仪器有限,很难在一个国家的特定地理位置积累太阳辐射数据,特别是在孟加拉国这样的发展中国家。因此,气象位置的SR估算是了解太阳能潜力的一项重要研究。在这方面,本文提出了一个估算太阳辐照度的重要度量——明亮日照时数的统计推理模型。根据孟加拉国一些重要地点的历史数据推断出正态分布模型。均值和标准差是在95%置信区间内控制这种分布行为的参数。在该统计模型中,通过估算明媚日照时数,从而快速找到特定位置的太阳能潜力。该估计模型可作为光伏发电系统能源结构政策部署的决策支持。
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