Surveying the site before designing the system

A sound photovoltaic project starts with accurate site measurements: elevations, slopes, obstacles, and interference. A drone survey integrated with ground-based measurements provides a precise terrain model—even over large areas and in the presence of vegetation—in a fraction of the time it takes for a traditional survey. We conduct the survey and provide the results to the designers, so that the layout is based on real data rather than estimates.

Summary of the Survey
Survey Data
What it provides
What do you need it for?
Terrain Model
What It Provides: Actual Elevations and Slopes of the Site
What is it used for? Placingstructures and trackers, determining the size of excavations
Interference and Shading
What it provides: Heights of buildings, trees, and power lines
Why You Need It: To Avoid Production Losses Due to Unforeseen Downtime
Site Obstacles and Constraints
What it provides: Boundaries, obstacle heights, and elements that affect the layout
What You Need:A layout that works in the real world, not just on paper
Construction Site Logistics
What It Offers: Access, Traffic Flow, and Work Areas
Why You Need It: To Estimate Construction Costs Before Starting the Project
Final Refund
What is provided: 3D model, 2D drawing, contour lines, and georeferenced site plans
What You Need: In a format useful to the designer, without having to return to the site

What is it used for, in detail?

The survey data are directly incorporated into the design and evaluation of the site. Specifically, they are used for the following purposes.

Terrain Model

Actual elevations and slopes for positioning structures and trackers and for determining the size of excavations. This is the foundation on which a layout truly stands, rather than having to adapt to surprises on the job site.

Interference and Shading

The heights of buildings, trees, and power lines can be queried in the model to prevent production losses. Unanticipated shading results in costs throughout the plant’s entire lifespan.

Obstacles and Constraints

Boundaries, obstacle heights, and site features that affect the layout—these are things you need to know before setting up the project, not once work has already begun.

Construction Site Logistics

Access points, traffic flow, and work areas are assessed before the construction site opens, so that the work plan is based on actual data.

Useful Return

3D models, 2D drawings, contour lines, or georeferenced site plans—in whatever format the designer needs—even long after the fact and without having to return to the site.

When needed

Topographic surveying is useful in three common situations.

Greenfield development

To bring a project to the "ready-to-build" stage based on reliable metrics.

Agrivoltaics and Roofing

To identify farmland or rooftops where the system can be evaluated.

Review of a Proposed Project

To verify that the layout provided by a third party works with the site's actual data.

Based on our findings

Three-dimensional contour lines derived from the terrain survey
3D Terrain Model: Contour Lines
Orthophoto of an agricultural area with superimposed contour lines
Orthophoto with overlaid contour lines
2D CAD drawing showing property boundaries and terrain contours
2D Rendering: Boundaries and Dimensions

How We Work

We agree with the client on the necessary level of detail, prepare the drone survey—supplemented where necessary with ground-based measurements—and deliver the results in a format suitable for design. The data remains the property of the client and is used for their project.

Let's talk about it

A project based on real actions.

Tell us about the site—including its area, soil type, and project phase—and what you need to design or verify. We’ll let you know which survey is best suited for your needs and how we’ll deliver the data, confidentially.