BIPV: technical potential at the level of Kreise, arrondissements and cantons

Technical potential of building-integrated photovoltaic at the level of Kreise, arrondissements and cantons — Geodata sources (administrative entities): Act Luxembourg 2017, IGN France 2017, GeoBasis-DE/BKG 2017, NGI-Belgium 2017. Harmonisation: GIS-GR/GIS-GR 2020 — Thematic data sources: © SolarGIS 2020 The World Bank; Luxembourg Act 2021; LVGL GDZ 7/2021; EUROSTAT 2020; Hotmaps-Project 2020: https://www.hotmaps.hevs.ch/map (23.3.22). Harmonisation: © ISES gGmbH 2022 — Territorial entities: Kreise (Rhineland-Palatinate and Saarland), Arrondissements (Wallonia and Lorraine), cantons (Luxembourg) — The map shows the technically possible photovoltaic potential or the maximum possible potential on roof and facade surfaces in the Greater Region at municipality level. If you select a colored area, further information on this area is displayed. They contain information on the calculated roof/façade area, potential electricity generation and power on roof and facade area in this territorial unit. This is a theoretical potential based on the calculations and the assumptions on which the calculations are based. Therefore, when using the data, it should be noted that the data is based on a statistical approach and represents an approximation or estimate of the potential.大区域内郡（Kreise）、区（arrondissements）与县（cantons）级别的建筑集成光伏（building-integrated photovoltaic）技术潜力 — 地理数据源（行政单元）：卢森堡2017年行政法案数据、法国IGN 2017年数据、德国GeoBasis-DE/BKG 2017年数据、比利时NGI-Belgium 2017年数据。数据协调：GIS-GR/GIS-GR 2020 — 主题数据源：© SolarGIS 2020、世界银行；卢森堡2021年行政法案数据；LVGL GDZ 7/2021；EUROSTAT 2020年数据；Hotmaps项目2020年数据：https://www.hotmaps.hevs.ch/map（2022年3月23日访问）。数据协调：© ISES gGmbH 2022 — 行政单元：德国莱茵兰-普法尔茨州与萨尔兰州的郡（Kreise）、比利时瓦隆大区与法国洛林地区的区（arrondissements）、卢森堡的县（cantons） — 本地图展示了大区域内市政级别屋顶与立面表面的技术可行光伏潜力，即最大可行潜力。点击着色区域，可查看该区域的详细信息，内容涵盖该行政单元内计算得到的屋顶/立面面积、潜在发电量以及屋顶与立面的装机功率。本潜力为基于计算方法及对应假设得出的理论潜力，因此在使用该数据时需注意：本数据采用统计方法推导而来，仅为潜力的近似值或估算结果。