Identify and design optimal energy park locations using topographic maps, custom GIS layers, and dynamic analyses.

• Use standard layers: OpenTopo, OpenStreetMap, OpenSeaMap, ArcGIS satellite imagery.
• Import custom or public GIS maps (KML/KMZ, WMS/WMTS/WFS, Shapefile, GeoJSON).
• Connect directly to ESRI layers for live and expert data.
• Analyze risks and distances with dynamic layers (turbulence, topple distance, ice throw).

Combine photorealistic 3D maps with high-quality elevation data and global basemaps for reliable, real-world spatial insight, from any perspective.

• Standard satellite maps: ArcGIS, Bing, and Mapbox.
• High-precision elevation data up to 1-meter accuracy (DTM, DEM, DSM).
• Global OSM buildings or detailed 3D buildings and trees from country-specific sources.
• Immersive visuals with photorealistic 3D tiles of real-world environments.

Use sketch layers to easily create designs on the map during the early phase. Draw points, lines, polygons, and circles yourself to explore possible scenarios before moving on to a realistic 3D model.

• Sketch potential locations for energy parks and measure distances.
• Easily draw trees, hedges, fences, and roads.
• Design and compare multiple scenarios to support stakeholder dialogue.
• Annotate GIS data and add notes directly on the map during meetings.

Import and accurately position GIS maps and objects with global CRS support, from WGS84 to any EPSG-defined system.

• Search worldwide by location, address, or coordinates using your preferred CRS.
• Select any coordinate system for precise placement of wind turbines, solar parks, transmission towers, and more.
• Easily import all 3D energy park objects from ArcGIS, QGIS, or other tools (Shapefile, CSV, OWS).

Give each energy park a lifelike appearance with realistic surfaces such as grass, soil, asphalt or concrete. Show what’s happening on and around the location, on the map, in the 3D environment or in a 360° photo.

• Visualize temporary or permanent access roads.
• Apply grass or soil beneath wind and solar parks for natural integration.
• Use concrete or gravel under BESS sites, transmission towers or substations.
• Add asphalt, paving stones or water for roads, parking areas or ditches.