太阳能发电厂的景观保护和恢复:伊兹密尔地方当局的活动

Deniz Karadan, T. Bi̇ri̇şçi̇
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摘要

目标:目的: 根据太阳能发电厂的位置选择,揭示景观保护策略以及发电厂运营结束后在景观恢复方面需要采取的措施。材料和方法:伊兹密尔地方政府拥有的七座太阳能发电厂构成了本研究的主要材料。在此背景下,对研究区域进行了观察,确定了已安装的太阳能发电站的特征,并在景观保护和修复的范围内对其环境影响进行了评估。研究结果:作为研究对象的太阳能发电站的安装年份、地点、装机容量和安装面积各不相同。因此,它们对环境的影响也各不相同。为了评估对环境的影响,我们根据太阳能发电的标准,对研究范围内的发电厂进行了剖析,并以鸟类飞行的方式测量了它们与不同用途和交通轴线的距离。此外,还揭示了已安装电站所覆盖的区域,并明确了所生产能源的使用区域。结论在研究范围内考察的七座太阳能发电站中,有五座是装配式屋顶,另外两座是陆地应用。由于陆地应用太阳能发电站在区域准备、物流和安装方面需要更多空间,因此对环境的负面影响更大。为了防止或减少这些负面影响,应编制适当、全面的景观修复计划,对正在运行、已停止运行和即将新安装的太阳能发电站区域做出保护决定。
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Peyzaj koruma ve onarım açısından güneş enerji santralleri: İzmir’de yerel yönetimlerin faaliyetleri
Objective: The aim is to reveal depending on the location choices of solar power plantsthe landscape protection strategies and what needs to be done in terms of landscape restoration after the operations of the power plants are completed. Material and Methods: Seven solar power plants owned by local governments in İzmir constituted the main material of this study. In this context, observations were made in the research areas, the characteristics of the installed solar power plants were determined and their environmental effects were evaluated within the scope of landscape protection and repair. Results: The installation years, locations, installed capacity, and installation areas of the solar power plants, which are the subject of the research differ from each other. Therefore, their environmental impacts are different from each other. In order to evaluate the environmental impact, the profiles of the power plants within the scope of the research were examined by taking into account the standards of electricity generation from solar energy, and their distances to different uses and transportation axes were measured as bird flights. In addition, the areas covered by the installed power plants were revealed and the usage areas of the produced energy were specified. Conclusion: Five of the seven solar power plants examined within the scope of the research are assembled roofs and the other two are land applications. Since more space is required in the area preparation, logistics, and installation of solar power plants, which are land applications, the negative impact on the environment is higher. In order to prevent or reduce these negative effects, appropriate and comprehensive landscape repair plans should be prepared with conservation decisions for the solar power plant areas that are actively working, whose activities have been terminated and will be newly installed.
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