Validation of Meteonorm 8 for energy estimation of Solar Power Plants in Sri Lanka, Using PVsyst Software

Geekiyanage Viduruwan, D. K. A. Induranga
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引用次数: 3

Abstract

The study presents a validation of using MT 8 (Meteonorm 8) international weather data provider's data for energy forecasting of photovoltaic energy. The study has used PVsyst software for a 1 MW DC photovoltaic solar power station in the Anuradhapura region, Sri Lanka, as a case study. A custom-built weather station situated at the solar power station premises has gathered weather data such as global horizontal irradiance (GHI), ambient temperature, module temperature, wind speed, wind direction, and rain data for six months. These weather station data are used as the inputs in PV syst software for the PV energy forecasting and validating the model. Also, the study has used weather data of six months of MT8. According to the validated model, two different energy yield forecasting was done for both types of weather data, and a comparison is made with the actual PV energy generation of the solar power station with the simulation done using MT8 weather data. The simulation-based on MT8 shows a monthly generation error from −6.0% to 14.2% compared to the actual energy generation of the power station.
使用PVsyst软件验证Meteonorm 8在斯里兰卡太阳能发电厂的能量估算
本研究对利用MT 8 (Meteonorm 8)国际气象数据提供商的数据进行光伏能源预报进行了验证。该研究将PVsyst软件用于斯里兰卡阿努拉德普勒地区的1兆瓦直流光伏太阳能发电站作为案例研究。位于太阳能发电站内的一个特别建造的气象站收集了六个月的天气数据,如全球水平辐照度(GHI)、环境温度、组件温度、风速、风向和降雨数据。这些气象站数据作为光伏系统软件的输入,用于光伏能源预测和模型验证。此外,该研究还使用了MT8六个月的天气数据。根据验证后的模型,对两种天气数据进行了两种不同的发电量预测,并与实际光伏发电量与MT8天气数据的模拟结果进行了比较。基于MT8的仿真结果显示,与电站实际发电量相比,月发电量误差为- 6.0% ~ 14.2%。
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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