Željko Đurišić, Bojana Škrbić
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引用次数: 0

摘要

塞尔维亚目前的电力生产结构是不可持续的,有必要考虑未来电力生产脱碳的可能性。可再生能源是实施脱碳战略的唯一可持续资源。本文介绍了塞尔维亚共和国境内太阳能和风能潜力的研究结果。给出了这些源的空间抑制性,并估计了每个区域的能量潜力。根据现有的全球数据库,考虑了潜力,并确定了每个区域可能的装机容量和年总发电量。结论是,塞尔维亚共和国境内(不包括科索沃和梅托希亚)风能的技术可用潜力约为11 500兆瓦,每年可产生约29.5太瓦时的电力。塞尔维亚技术上可用的太阳能潜力估计约为24gwp,其中约一半在屋顶表面。据估计,每年太阳能发电量约为30.5太瓦时。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Potencijal energije sunca i vetra za strateško planiranјe dekarbonizacije proizvodnјe električne energije u Srbiji
The current structure of electricity production in Serbia is not sustainable and it is necessary to consider the possibilities of decarbonisation of electricity production in the future. Renewable energy sources are the only sustainable resource for implementing the decarbonisation strategy. This paper presents the results of research of the potential of solar and wind energy in the territory of the Republic of Serbia. The spatial depressiveness of these sources is presented and the energy potential is estimated for each region. Based on the available global databases, the potential was considered and the possible installed capacity and gross annual electricity production for each region were defined. It was concluded that the technically usable potential of wind energy in the territory of the Republic of Serbia (excluding Kosovo and Metohija) is about 11,500 MW, from which about 29.5 TWh of electricity could be produced annually. The technically usable solar potential in Serbia is estimated at about 24 GWp, of which about half is on roof surfaces. The estimated production of electricity from solar capacities is about 30.5 TWh per year.
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