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Solar PV checklist

Solar PV survey pre-design checklist for installer teams

Use this solar PV survey checklist before design and quote assumptions become fixed.

Published: 26 May 2026 ยท 5 min read

A solar PV survey should make the design route clearer before layout, quote, and install planning move too far. The goal is not to collect every possible detail. The goal is to collect the evidence that prevents avoidable assumptions.

Roof evidence

Capture usable roof area, orientation, visible condition, roof lights, vents, chimneys, roof material, edge constraints, access points, and any obvious issues that affect array layout or installation method.

The main Vertex route is the solar PV survey page.

Shading and access

Shading evidence should include nearby trees, chimneys, dormers, neighbouring structures, and seasonal or time-of-day risks where visible. Access notes should make it clear whether scaffolding, roof access, or site constraints need extra thought before the quote is treated as firm.

Electrical and inverter route

The survey should capture the meter area, consumer unit, possible inverter position, internal and external cable-route constraints, and battery-ready context where storage is likely.

  • Consumer unit and meter location.
  • Possible inverter and isolator positions.
  • Cable route and containment constraints.
  • Battery storage location context if relevant.

Design handover

The final output should let a designer understand the job quickly: what was checked, what is clear, what is assumed, and what may need further confirmation. If those points are not visible, the site survey has not done enough.

For broader provider checks, use the renewable survey provider checklist.

Next step

Connect the checklist to the booking route

PV service

Solar PV survey

The main page for PV roof, electrical, battery-ready, and design handover evidence.

Solar panel

Solar panel survey

The wider solar survey page for roof, access, and electrical checks.

Open solar PV survey page Get pricing
FAQs

Solar PV survey questions

Roof area, obstructions, shading, access, electrical context, inverter position, cable routes, and battery storage context where relevant.

It prevents the design and quote from relying on assumptions that can later create callbacks, redesign, or install-day delays.

No. But if battery storage is likely, the survey should capture enough site context to decide whether the route is practical.

Practical use

How to use this page on a live job

Use this guide as a decision check, not as a generic reading page. The useful question is whether the evidence behind solar pv survey pre-design checklist for installer teams is strong enough for an installer, designer, or homeowner to move to the next step without another round of avoidable questions.

Before booking

Confirm what evidence is missing

For solar survey evidence, the weak point is usually not the headline requirement. It is the missing photo, document, measurement, or site note that stops the next person from trusting the job record.

During survey

Capture the detail once, then label it properly

A survey report should show what was seen, what was measured, what could not be accessed, and what still needs a design or installer decision. That keeps assumptions visible instead of hiding them inside a photo set.

After delivery

Use the report to reduce internal handover friction

The office, design, and install teams should be able to open the same report and understand the evidence path. If the page helps you spot what to ask for before survey day, it has done its job.

For a live project, pair this guidance with the sample report, deliverables, and guide price builder so the job is reviewed against the same standard Vertex uses for survey delivery.