当前位置: X-MOL 学术Theor. Appl. Climatol. › 论文详情
Our official English website, www.x-mol.net, welcomes your feedback! (Note: you will need to create a separate account there.)
Generation of typical meteorological years for 33 locations in Greece: adaptation to the needs of various applications
Theoretical and Applied Climatology ( IF 3.4 ) Pub Date : 2020-06-03 , DOI: 10.1007/s00704-020-03264-7
Harry D. Kambezidis , Basil E. Psiloglou , Dimitris G. Kaskaoutis , Dimitris Karagiannis , Kalliopi Petrinoli , Ariadne Gavriil , Kosmas Kavadias

A typical meteorological year (TMY) is a set of meteorological and solar radiation parameters usually consisting of hourly values in a year for a given geographical location. Such TMYs have been derived in many countries for various applications. In Greece, TMYs have been generated mainly for Athens. The present work derives TMYs for 33 locations in Greece distributed all over the country and covering its 4 climatic zones defined for energy purposes. The TMYs are based on meteorological data collected from the Hellenic National Meteorological Service network in Greece in the period 1985–2014. The solar radiation needed in the generation of the TMYs is derived by using the meteorological radiation model. The TMY at every one of the 33 locations is provided in 5 versions to adapt to the applications of meteorology-climatology, bio-meteorology, agro-meteorology-hydrology, photovoltaics, and energy design of buildings. The 5 versions of the TMYs are generated following the modified Sandia National Laboratories method. After their generation, each version of the TMYs at any of the 33 locations is compared with the annual- and monthly-averaged values of the selected parameters of the initial 30-year database. The comparison shows that the errors (differences) do not usually exceed 5%, thus supporting the fact that the so-derived TMYs are representative of the sites selected. Also, the distribution of the errors follows the normal distribution curve.



中文翻译:

希腊3​​3个地点的典型气象年份的生成:适应各种应用程序的需求

典型的气象年(TMY)是一组气象和太阳辐射参数,通常由给定地理位置的一年中的小时值组成。这样的TMY已经在许多国家被派生用于各种应用。在希腊,TMY主要是针对雅典产生的。目前的工作推导出了希腊33个地点的TMY,这些地点分布在全国各地,覆盖了为能源目的定义的4个气候区。TMY是基于1985-2014年间从希腊希腊国家气象服务网络收集的气象数据得出的。通过使用气象辐射模型推导生成TMY所需的太阳辐射。在5个版本中提供了33个地点中的每个地点的TMY,以适应气象,气候,生物气象,农业气象水文学,光伏发电和建筑物的能源设计。TMY的5个版本是根据改良的Sandia国家实验室方法生成的。生成之后,将33个位置中任何一个位置的每个TMY版本与初始30年数据库中所选参数的年平均值和月平均值进行比较。比较表明,误差(差异)通常不超过5%,因此支持了这样的事实,即由此得出的TMY代表了所选位点。同样,误差的分布遵循正态分布曲线。将33个位置中任何一个位置的TMY的每个版本与初始30年数据库的选定参数的年平均值和月平均值进行比较。比较表明,误差(差异)通常不超过5%,因此支持了这样的事实,即由此得出的TMY代表了所选位点。同样,误差的分布遵循正态分布曲线。将33个位置中任何一个位置的TMY的每个版本与初始30年数据库的选定参数的年平均值和月平均值进行比较。比较表明,误差(差异)通常不超过5%,因此支持了这样的事实,即由此得出的TMY代表了所选位点。同样,误差的分布遵循正态分布曲线。

更新日期:2020-06-03
down
wechat
bug