Solar Site Survey & On-Site PV Assessment Tool

Capture actual site conditions

Capture actual site conditions and solar access before relying on design assumptions.

Shading analysis, horizon profile, sun path diagram, and near and far obstructions.

Confirm what can actually be installed

Measure the usable roof area, place modules and account for obstructions observed on site.

Determine the system size supported by the layout and compare multiple scenarios.

Decide and document

Estimated energy production, key indicators and a PDF report to support the decision.

Field data ready to show the customer and carry into your existing workflow and solar design tools.

Use the site survey to move the project forward

Don't leave with only photos and notes. Use the site survey to verify the project, make decisions on site and reduce avoidable rework later.

Move the project forward on site

Base project decisions on actual field measurements while you are still on site: realistic module layout, system size, shading and estimated production.

Make decisions faster

Identify what can actually be installed, the site constraints and the scenarios worth pursuing in design.

Reduce post-sale design revisions

Catch shading, obstructions and site constraints early, before they trigger avoidable design revisions after the sale.

Azimutis does not replace your CRM or solar design software. It gives your existing workflow the field data needed to verify the project before the next design step.

Solar site survey with Azimutis (57 sec)

Built for field verification during the site survey

Site survey before proposal

Verify sales and design assumptions before the project moves forward.

Clear site (no shading)

Confirm usable roof area, module layout, system size and expected production.

Constrained or shaded site

Measure near and far obstructions, review the sun path diagram and identify constraints that may change the project.

Project documentation and design

Use PDF reports and technical exports to carry field data into project documentation and solar design software.

A specialized tool for solar site surveys

Azimutis is designed for the gap between sales assumptions and final design: the site survey, where actual site conditions are verified.

On site, you can capture shading and obstructions, measure usable roof area, test module layouts, determine the system size and estimate production from the conditions actually observed.

That gives you a concrete basis to confirm the key feasibility factors, discuss the project with the customer and reduce office rework or data re-entry.

No need to replace your sales or design software: Azimutis complements your workflow at the site survey stage.

Field measurement reliability

How does Azimutis help ensure measurement quality on smartphones and tablets?

Shading measurements captured with Azimutis do not rely only on raw data from the smartphone or tablet sensors.

The app combines built-in calibration tools, consistency checks and correction algorithms designed to improve the quality of azimuth and elevation measurements captured in the field.

Survey points can be reviewed and edited directly in the app.

Built-in calibration

Calibration tools help check measurement quality before and during the survey.

Consistency checks

Automatic checks verify the consistency of data captured in the field.

Correction algorithms

Processing designed to reduce certain sensor-related errors.

Manual adjustment

Captured points can be checked, corrected and refined directly in the app.

From the field to your design tools

Azimutis turns the site survey into directly usable field data to assess the project on site, prepare project documentation and continue the design work in the tools you already use.

Outputs include:

Feasibility and layout: usable roof area, module layout, obstructions and potential system size in kW DC
Solar analysis: irradiance, solar access, estimated production, and economic and environmental indicators
Shading analysis: near and far obstructions, sun path diagram and horizon profile
Deliverables: PDF report and technical exports — CSV (PVsyst…), TXT (PVGIS), HOR (PV*SOL, HelioScope)

The goal is field-to-design continuity: less data re-entry, measurements captured on site and a simple fit with your existing workflow.

Azimutis solar analysis and PDF report — production, irradiance and project indicators

Need to discuss your use case?

Try Azimutis free on your next site survey

Solar site assessment: verify project conditions in the field

Azimutis helps solar contractors, PV installers, engineering firms, architects, trainers and energy professionals verify project assumptions against actual site conditions during solar site surveys: shading, usable roof area, module layout, potential system size and expected production.

The app supports on-site shading analysis, generates horizon profile data that can be used in solar design software, and carries field data into the next project steps through PDF reports and technical exports.

FAQ

Does Azimutis replace a CRM or solar design software?

No. Azimutis is a specialized field tool for solar site surveys and on-site assessment. It complements the software your company already uses by adding field data, feasibility results, a PDF report and technical exports for the next design steps.

Are measurements made with a smartphone reliable?

Azimutis uses the device sensors to measure obstacle azimuth and elevation.

The app combines built-in calibration tools, consistency checks and correction algorithms designed to improve field measurement quality.

Survey points can be checked and adjusted directly in the app before export.

What is a solar shading analysis?

A solar shading analysis measures obstructions around a site to evaluate their impact on solar access.

The data can be used to estimate shading losses and assess project feasibility and expected PV production more accurately.

What is a horizon profile used for?

A horizon profile represents the obstructions visible from a given location.

It helps identify when the sun is blocked by buildings, trees or terrain and evaluate the impact on PV production.

Assess shading and the PV project directly on site.