Renewable Energy Atlas Flanders – Current energy production by photovoltaic panels

This dataset contains the digital vector version of all the plan elements – of the ground surface type – of spatial plans, both the final approved and those in the format. A plan element is an object by which the public authority concerned represents the scope of (part of) the spatial option it has taken on the basis of certain urban planning regulations on the graphic plan, if it considers it necessary. This object is conceptually always traceable to a plane, line or point assigned a certain legende symbol. In order to ensure the link between a ‘site’ and the ‘full set of requirements applicable at that location’, it is necessary to unravel a plan in some complementary geodata layers in vector format. This gives us a clear link between the texts of rules and their associated planning elements. In practice, ground level regulations will always be linked to a flat plane element which in turn receives a flat filling legend symbol, i.e. a covering symbolism. Such rules may be both substitutable and complementary in relation to other rules, depending on the legislative margins in force concerning subsidiarity, hierarchy of plans, and the transition from the old legislation to the new one. Other types of plan elements may be provided in addition to the underlying areas of the plan. These are classified according to geometry: planes, lines, points and according to the geometric accuracy of the plan elements (to be determined geometrically or by way of indication).

本数据集包含空间规划（spatial plans）中所有地表类型规划要素（plan elements）的数字矢量版本（vector format），涵盖最终获批的规划要素与特定格式的规划要素。规划要素是指相关主管部门若认定有必要，可依据特定城市规划法规（urban planning regulations），在图纸规划上呈现其所选定空间方案（部分或全部）范围的对象；从概念维度来看，该要素始终可溯源至被赋予特定图例（legend）符号的面、线或点要素。为建立“地块”与“该地块适用的全部要求”之间的关联，需以矢量格式将规划拆解为若干互补的地理数据图层（geodata layers），此举可实现规则文本与对应规划要素间的清晰关联。实际应用中，地面层级管控法规始终与平面要素相关联，该平面要素会被赋予平面填充图例符号，即覆盖性象征符号；此类规则相较于其他规则，可兼具可替代性与互补性，具体取决于现行立法中关于辅助性原则（subsidiarity）、规划层级（hierarchy of plans）以及新旧法规过渡的权限范围。除规划的基底区域外，还可增设其他类型的规划要素，此类要素可按几何类型（面、线、点）以及规划要素的几何精度（通过几何方式或标注方式确定）进行分类。