德国的农业光伏 - 现状与未来发展

Carl Pump, Maximilian Trommsdorff, Volker Beckmann, Tamara Bretzel, Özal Emre Özdemir, Lisa-Marie Bieber
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摘要

多年来,在德国,空地上安装地面光伏设施的现象十分普遍。不过,根据法律规定,只有在土质较差的地方、以前的军事训练区或交通沿线,政府才会支持这些设施。不过,在优质土壤上也不禁止安装地面光伏设施。近年来,德国开始实施农业光伏技术,这是一种将农业与可再生能源生产相结合的替代性土地利用概念。这为利用土壤质量较高的土地进行能源生产提供了可能,而不一定会造成土地使用冲突,也不一定会得到政府补贴。本研究旨在全面概述德国现有和规划中的农业光伏设施,并根据各种参数对其进行分析。本研究的数据通过社区问卷调查收集,并辅以国家机构提供的数据。结果表明,截至 2023 年 3 月,已安装 21 个农业光伏设施,总装机容量为 81.67 兆瓦。预计 2023 年和 2024 年装机容量将大幅增加,到 2024 年底将达到约 382.59 MWP。农业光伏市场的发展主要受法律环境变化的推动,这些变化为农业光伏市场的进一步发展提供了机遇。在德国,农业光伏的采用呈现出明显的空间多样性,这似乎受到监管环境和农业结构之间相互作用的影响。
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Agrivoltaics in Germany - Status Quo and Future Developments
Ground-mounted photovoltaic facilities in open spaces have been common in Germany for many years. However, according to the legislation, these are only supported by the government on poorer quality soils, former military training areas, or along traffic routes. Nevertheless, also on high quality soils it is not forbidden to install ground-mounted photovoltaic facilities. In recent years, Germany has started implementing agrivoltaics, which is an alternative land use concept that combines agriculture and renewable energy production. This opens the possibility to use land of higher soil quality for energy generation without necessarily creating land-use conflicts and being subsidized by the government. This study aims to provide a comprehensive overview of existing and planned agrivoltaic facilities in Germany analyzing them based on various parameters. The data for this study was collected through a community questionnaire and supplemented with data from state institutions. The results indicate that as of March 2023, 21 agrivoltaic facilities with a total capacity of 81.67 MWp have been installed. A strong increase of the installed capacity is expected in 2023 and 2024, reaching approximately 382.59 MWP by the end of 2024. The market development of agrivoltaics is mainly driven by changes in the legal environment which present opportunities for further market ramp-up of agrivoltaics. The adoption of agrivoltaics shows a notable spatial diversity in Germany which appears to be influenced by the interaction between regulatory environments and agricultural structures.
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