Mitigating measures enhance biodiversity, natural values, and ecological connectivity. Tree planting around wind or solar parks is an effective intervention: it creates new habitats, softens the landscape, reduces noise, and compensates for the loss of natural areas.

➜ EnergyPlanner enables precise spatial design of green infrastructure directly on the map, including forest planting and ecological corridors. The tool allows for accurate measurement of distances and buffer zones, providing immediate insights into ecological boundaries and the spatial relationship to protected or regulated areas.

Landscape integration is essential for carefully embedding energy parks into their surroundings. Elements such as hedgerows, tree lines, shrubbery, and wildflower meadows help soften visual impact and enhance spatial quality.

➜ With EnergyPlanner, you can easily design these landscape integrations on the map, in the 3D environment, and within the 360° photo view, using an extensive library of mitigating elements, including trees, shrubs, fences, earth berms, 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.

Easily integrate functional features into your design using realistic 3D objects. This allows you to create a complete energy park that is both visually integrated and technically sound.

➜ EnergyPlanner provides everything you need to design a complete energy park, from fencing and cameras to charging stations, light poles, and substations, all readily available in its extensive object library.