Spatial compatibility of renewable energies in Germany

1.从可再生能源的实际经验可观察的位置决策中得出关于规划过程的一般性陈述。基本覆盖和描述以前的位置决定对可再生能源的经济，生态和社会影响。将所研究的区域细分为不同的地区，这些地区对可再生能源的技术敏感性和具体位置因素明显不同。确定分区域在特定可再生能源的经济、生态和社会质量方面的最低要求。技术分类。空间和技术的分配。在所研究的特定区域内，制定和实施可再生能源空间兼容性的替代概念。5.新概念中可再生能源的理论最佳位置模式与可再生能源的实际扩展的比较。因此，可再生能源的先前扩展的空间兼容性可以被量化。开发地理信息系统应用程序，以计算可再生能源的位置模式的情景，并分析它们之间的竞争机制。与可再生能源的实际扩展进行了重新比较。

1. Deriving general statements on planning processes from actual empirically observable location decisions on renewable energies.2. Fundamental coverage and description of economical, ecological and social impacts of previous location decisions on renewable energies.3. Subdivision of the region under study into areas, which differ clearly concerning sensibility towards technology and specific location factors with respect to renewable energies. Definition of minimum requirements, demanded by a subregion, in respect to economic, ecological and social quality of a specific renewable energy. Classification of technologies.4. Assignment of space and technology. Development and implementation of an alternative concept for a spatial compatibility of renewable energies within the specific regions under study. 5.Comparison of the theoretically optimal location pattern of renewable energies within the newly established concept with the actual expansion of renewable energies. Thus the spatial compatibility of the previous expansion of renewable energies can be quantified.6. Development of a GIS application in order to calculate scenarios of location patterns of renewable energies and to analyze competitive mechanisms between them. Renewed comparison with the actual extension of renewable energies.