Empirical solar PV generation data from a research infrastructure in Northern Finland.

Contact information: Vinay Shekar, University of Oulu, Oulu, Finland., [e-mail] or [e-mail] Dates of data collection: 2020/12 - 2022/31 Geographic location: Oulu, Finland This directory contains the following datasets and supplementary materials: The data consists of real-time observations of solar photovoltaic (PV) generation. The dataset consists of PV generation profiles of monocrystalline-Si panels with 275W power and 18% efficiency. The data is being used in a working journal titled "Experiences from seasonal Arctic solar photovoltaics (PV) generation- An empirical data analysis from a research infrastructure in Northern Finland." The datasets allow an understanding of the potentiality of solar PV generation in the Arctic environment. The data is used for examining the annual and seasonal potential of solar PV panels in the Arctic. Solar PV generation profiles (All the data are available in .csv formats): - Annual scale comparison between a rooftop inclined solar PV panel at a tilt angle of 28 degrees and a vertically mounted solar PV panel at a tilt angle of 90 degrees- proves the potentiality of both mounting setups for the whole year in the Arctic. - Seasonal scale comparison between a rooftop inclined solar PV at a tilt angle of 28 degrees and a vertically mounted solar PV at a tilt angle of 90 degrees- proves the most and least optimum seasons for generating solar PV energy in the Arctic. - Winter season comparison between six rooftop inclined solar PVs at tilt angles of 46, 42, 41, 37, 28 and 23 degrees and six vertically mounted solar PVs at a tilt angle of 90 degrees- proves the potentiality of both the mounting setups under the influence of snow. - Rooftop inclined solar PV generation profile in March- shows the impact of snow and shading. - Annual rooftop inclined solar PV generation profile- shows the supporting evidence for the claim of "optimum lower tilt angle for a better generation in the Arctic".联系方式：维奈·谢卡尔（Vinay Shekar），奥卢大学（University of Oulu），芬兰奥卢，电子邮箱：[e-mail] 或 [e-mail]。 数据采集周期：2020年12月—2022年12月31日 地理位置：芬兰奥卢市 本数据集目录包含以下数据集与辅助材料： 本数据集收录太阳能光伏发电（solar photovoltaic, PV）的实时观测数据，具体为功率275W、转换效率18%的单晶硅（monocrystalline-Si）光伏板的光伏发电曲线数据。该数据已被用于一篇处于撰写阶段的期刊论文，题为《北极地区季节性太阳能光伏发电实证分析——来自芬兰北部研究基础设施的经验数据》（Experiences from seasonal Arctic solar photovoltaics (PV) generation- An empirical data analysis from a research infrastructure in Northern Finland）。 本数据集可用于探究北极环境下太阳能光伏发电的应用潜力，同时可用于研究北极地区光伏板的年度与季节发电潜力。 太阳能光伏发电曲线（所有数据均以.csv格式存储）： - 倾角28°的屋顶倾斜式光伏板与倾角90°的垂直安装式光伏板的年度发电量对比——验证了两种安装方案在北极地区全年的应用可行性； - 倾角28°的屋顶倾斜式光伏板与倾角90°的垂直安装式光伏板的季节发电量对比——明确了北极地区太阳能光伏发电的最优与最差运营季节； - 冬季场景下，6块倾角分别为46°、42°、41°、37°、28°、23°的屋顶倾斜式光伏板与6块倾角90°的垂直安装式光伏板的发电量对比——验证了两种安装方案在积雪影响下的发电潜力； - 3月份屋顶倾斜式光伏板发电曲线——展示了积雪与遮阴对光伏发电的影响； - 年度屋顶倾斜式光伏板发电曲线——为“北极地区采用更低倾角可获得更佳发电效果”这一论断提供了支撑依据。