From early sketch to permitting: model your energy park quickly and independently in 2D, 3D, and 360° using realistic, configurable 3D models.

➜ For wind turbines, choose from an extensive library of brands and models, fully configurable by hub height, rotor diameter, rated power, turbine lighting, blade & tower colors and offshore foundations.

➜ For solar parks, you define the number of panels per array, their dimensions, tilt angle and azimuth. Sun tracking, panel color and reflectivity can also be customized. Maintenance paths, Agri-PV and PV carports? All are easily configurable and realistically visualized.

All objects can be placed individually, in line or in grid layouts. Importing via shapefiles is easy and supports any CRS.

Enhance your design with landscape and functional features to create a complete, convincing, and realistic energy park.

➜ EnergyPlanner provides everything you need to design a complete energy park. From fencing and security cameras to charging stations, light poles, lightning arresters, utility buildings, fully configurable substations, BESS installations, foundations and more. All readily available in the extensive 3D object library.

Around wind and solar farms, battery storage sites, and high-voltage corridors, nature development offers opportunities to enhance biodiversity and restore ecological connections. Tree planting or flowering zones improve landscape quality, create habitats, and support the spatial integration of your project.

➜ With EnergyPlanner you can easily design green zones directly on the map, from forest edges to ecological corridors. Measure distances and buffer zones in just a few clicks, giving you instant insight into ecological margins and proximity to protected areas. This way, you support both nature values and stakeholder approval in a single, integrated design.

A thoughtful landscape integration is essential for embedding energy parks into their surroundings. Elements such as hedgerows, tree lines, shrubbery, and flower-rich grasslands help soften visual impact and enhance spatial quality.

➜ With EnergyPlanner, you can easily design these integrations on the map, in the 3D environment, and within 360° photos. Make use of the extensive library of mitigation elements, including trees, shrubs, hedgerows, fences, embankments and more.

The impact of an energy park goes beyond the physical space, it also affects how people experience their living environment. Consider aspects such as sightlines, noise disturbance, light exposure, and shadow flicker.

➜ With EnergyPlanner, you can clearly visualize these aspects: easily simulate the spread of noise and shadow flicker, and design mitigation measures that take the liveability of nearby residents into account.