Let's build a solar farm on your land

Do you have land you're not using or not fully utilizing? Let us know and we'll provide a free, no-obligation analysis. What are you waiting for? Your land could become the home of a new photovoltaic system!

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Do you want to earn money from your land or roof?

Whether it's industrial, building, or commercial land, a quarry or former quarry, a closed and reclaimed landfill, or even agricultural land, we'll analyze it for free. It could be the perfect site for a photovoltaic or agrivoltaic system, and if so, we'll send you a proposal for collaboration!

Terrain details
Documents
Sale or lease
Comments
Contact information

Soil type*

Size*

Is the land near a highway or a factory?

Address*

Upload your supporting documents

  • Land Registry
  • Certificate of Urban Planning Intended Use
  • Screenshot from Google Maps with the affected area marked
  • Other supporting documents
FIle name (File size)KB

Are you interested in selling or renting?*

Are you aware of any existing constraints?

  • Landscape constraints
  • Power lines or aqueducts passing over the land
  • Archaeological constraints

What is the current condition of the land?

  • Is it uncultivated land?
  • Does it need weeding/clearing?
  • Is it accessible by road?
  • Does a structure need to be demolished?

What is the distance to the nearest connection point?

Contact information*

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How do we value a piece of land or a roof?

Dimension

The available surface area determines the potential size of the photovoltaic system. For very small plots of land, it may not be economically viable to develop a project, while for very large ones, a different authorization process may be required. The size of the system also affects the incentives available for the energy produced.

Surface morphology

To assess the feasibility of installing a photovoltaic system on a given plot of land, it's necessary to analyze its nature, composition, and exposure. Land with heavy vegetation or a particularly rocky composition makes installing the system's supporting structures more expensive, or even impossible. Flat or hilly terrain is preferable, as it allows for optimized exposure of the panels to the sun. Finally, especially for rooftop systems, the presence of nearby structures is also analyzed, as they can cast shadows on the panels, impacting their performance and suggesting design changes to their orientation.

Distance from connection point

This aspect applies only to ground-based systems. The distance from the substation to which the system is to be connected can significantly impact the project, both in terms of costs and operational feasibility. It's always preferable to install the system as close as possible to limit the costs of building the connection line and avoid having to cross third-party land, for which the necessary right-of-way must be obtained.

Constraints

The presence of constraints can have a varying degree of impact. These range from simple mitigation work to project modifications to comply with the requirements of the authorities involved, to the complete impossibility of construction. In any case, the existence of constraints and restrictions, whether landscape, environmental, or legal, makes the permit process longer and more uncertain, requiring additional assessments and evaluations.