Base project decisions on measured site conditions and calculated results. Azimutis connects shading, module layout, production, consumption and project economics.
Capture the horizon profile with your smartphone. Use PV shading analysis and loss estimates to quantify how obstacles affect estimated production.
Height simulation also lets you assess shading at roof height from a ground-level survey, without climbing onto the roof.
Define the usable surface and module layout, including obstacles and margins. Compare layouts and installable capacity for the selected modules.
Compare hourly PV production with the consumption profile. Estimate self-consumption, grid exports and savings using the selected energy prices. Assess the effect of a battery, including its cost, losses and replacement assumptions.
Installation feasibility also depends on structural suitability, electrical design, grid connection and local requirements. Arrange these checks alongside the energy and economic analysis of the project.
Duplicate projects to compare configurations and their assumptions. See the on-site PV assessment guide, then share a PV assessment report (PDF).
Work on the same project in the mobile app and the Azimutis web portal, with your data kept in sync.
Shading, production, module layout, installable capacity, self-consumption, battery storage and economic indicators, based on the project inputs.
No. They are estimates based on the project parameters, calculation data, consumption profile and energy prices.
Yes. Use No Shading mode when no significant obstacle affects the site, then continue with the PV study.
