Step 1 of 6
Location
Enter an address or parcel ID, or select a point on the map. Choose your property from the search results.
The right place. More possibilities.
AI property analysis
Where will your carport work best?
Find where a solar carport can combine energy potential with convenient vehicle access on your property. Your AI assistant compares locations, considering buildings, trees, surfaces and terrain. Explore the leading options, an energy forecast and a visualization before you build.
Explore carportsYou can currently plan a solar carport. Other categories, including carports without PV, are coming later.
From an address to a well-placed carport
The same six steps as the configurator. First, your property and needs. Then compare placements, energy and shade — before viewing the visualization and collecting your report.
Click an image to explore the details.
Step 2 of 6
Parcel
Check the parcel boundary, visible buildings and data source. Confirm the outline or mark the area manually if it needs correcting.
Step 3 of 6
Needs
Choose the number of parking spaces, EV charging plans and existing solar installation. Add your surface, timeline, budget and whether this is a private or business project.
Step 4 of 6
Editor
Choose a carport model and check its footprint at actual scale. Position and rotate it manually, or continue to the AI assistant for suggested placements.
Step 5 of 6
AI assistant
This is where analysis happens. Explore suggested placements, energy forecasts and seasonal shade first. After choosing a location, start the visualizations and PDF preparation.
Recognition → Energy → Shade → Visualizations
Compare the best locations
The assistant detects buildings, trees, access and surfaces. It compares spots for vehicle access, manoeuvring space, available ground, terrain and solar potential.
Explore energy production
Compare estimated production for the leading placements. A monthly chart shows how output changes across the year, using available shade data.
Saved result · 2.4 m · 9 am–3 pm
Less shadeMore shadeCompare sunlight and shade
Explore the same property on 21 March, 21 June and 21 December. The maps show where shade falls and how it changes with the seasons.
See your carport in place
After reviewing energy and shade, choose a location and start the visualizations. Get a top-down plan, an illustrative ground-level view and a prepared PDF.
Step 6 of 6
Result
Collect your summary, placement comparison, energy forecast, visualizations and PDF. Review the notes and initial estimate, then send an enquiry to your chosen supplier.
One property, each stage of planning. Aerial imagery: GUGiK / Geoportal.gov.pl
What would you like to build?
Carports / solar canopies
Parking, shelter and solar energy.
Explore carportsCarports without photovoltaics
Coming later
Garages
Coming later
Pools
Coming later
Gazebos
Coming later
Garden shelters
Coming later
Hot tubs
Coming later
Pergolas
Coming later
Good to know before you start
All questions and answersWhat can I do with this system?
Find carport locations on your property and compare access, buildings, trees and sunlight. Choose a model, review estimated energy production, a visualization and a PDF report. Start with an address, parcel identifier or a point on the map.
What is the difference between kWp and kWh?
kWp describes panel capacity. kWh measures energy produced over a period. Annual and monthly forecasts use the model, roof orientation, solar data and estimated obstacle shading. They are estimates, not guaranteed production. Two locations for the same model can produce different amounts. The chart shows generation, not household consumption.
What is included in the PDF report?
The selected model and location, a property plan, alternative comparisons, energy estimates, shading maps, available visualizations and pricing information. When price and PV capacity are available, it also includes cost per kWp. The report is a preliminary concept for a supplier discussion, not a binding quote or construction design.