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JOB REPORT / 47-2231 · 26 TASKS

Solar Photovoltaic Installers.

Can AI do the work of Solar Photovoltaic Installers?

Mostly it works alongside you. Here is what shifts, task by task.

YOUR EXPERIENCE MATTERS

How does this fit your work?

How many tasks do you use AI to assist with at work?

Drag the dot. There’s no wrong answer; it starts at our estimate.

Starting pointOur estimate

The mark shows what’s typical for this job.

The parts of your job AI can already do most of:

  • Measure and analyze system performance and operating parameters…
  • Compile or maintain records of system operation, performance,…
  • Identify methods for laying out, orienting, and mounting modules…

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A guided certificate program in AI-assisted Solar Photovoltaic Installers work. It covers the 13 AI-affected parts of your job and ends in a capstone a person reviews.

WHAT WE LOOKED AT

Your job, task by task.

13 of 26 tasks reviewed

This job has 26 core tasks. We went through 13 of them, one at a time.

Task by task, from the work Solar Photovoltaic Installers actually do. How we describe AI use in each task is our own read of it, not a measurement of whether AI can replace the job.

  1. TASK 01

    Measure and analyze system performance and operating parameters to assess operating condition of systems or equipment.

    AI DOES

    Reads sensor data, spots patterns, and flags when output drops below expected levels

    YOU DO

    Climb on the roof, inspect hardware, and decide the real fix

  2. TASK 02

    Compile or maintain records of system operation, performance, and maintenance.

    AI DOES

    Sorts logs, spots trends, drafts maintenance reports, and flags anomalies in system data

    YOU DO

    Verify on-site conditions and decide what observations actually mean for safety and repairs

  3. TASK 03

    Identify methods for laying out, orienting, and mounting modules or arrays to ensure efficient installation, electrical configuration, or system maintenance.

    AI DOES

    Suggests optimal panel orientation, spacing, and mounting configurations based on site specs and energy goals

    YOU DO

    Inspect the physical roof and surroundings yourself before committing to any layout plan

  4. TASK 04

    Examine designs to determine current requirements for all parts of the photovoltaic (PV) system electrical circuit.

    AI DOES

    Reads design files and calculates current loads, wire sizes, and circuit specs quickly

    YOU DO

    Verify calculations match real site conditions and local electrical codes

  5. TASK 05

    Determine photovoltaic (PV) system designs or configurations based on factors such as customer needs, expectations, and site conditions.

    AI DOES

    Runs energy calculations, suggests panel layouts, and flags shading or roof issues from data inputs

    YOU DO

    Visit the site, read the roof, and listen to what the customer actually needs

  6. TASK 06

    Diagram layouts and locations for photovoltaic (PV) arrays and equipment, including existing building or site features.

    AI DOES

    Generates draft layout diagrams and suggests array placement based on roof dimensions and sun angle data

    YOU DO

    Walk the actual site and confirm structural, electrical, and code details before finalizing any layout

  7. TASK 07

    Determine appropriate sizes, ratings, and locations for all system overcurrent devices, disconnect devices, grounding equipment, and surge suppression equipment.

    AI DOES

    Pulls NEC code references, runs wire and breaker sizing math, and flags common mistakes in system specs

    YOU DO

    Walk the site, verify real conditions, and sign off on safety-critical equipment choices

  8. TASK 08

    Select mechanical designs, installation equipment, or installation plans that conform to environmental, architectural, structural, site, and code requirements.

    AI DOES

    Searches code databases, compares equipment specs, and flags design conflicts

    YOU DO

    Walk the actual site and own the final safety call

  9. TASK 09

    Determine materials, equipment, and installation sequences necessary to maximize installation efficiency.

    AI DOES

    Generates material checklists, equipment recommendations, and step-by-step installation sequences from project specs

    YOU DO

    Walk the actual roof, spot site-specific hazards, and adjust the plan based on what you see in person

  10. TASK 10

    Program, adjust, or configure inverters and controls for desired set points and operating modes.

    AI DOES

    Looks up inverter specs, suggests correct set points, and helps interpret error codes

    YOU DO

    Show up on-site, connect to the equipment, and verify real-world readings match the system design

  11. TASK 11SOURCE-BACKED TASK

    Check electrical installation for proper wiring, polarity, grounding, or integrity of terminations.

    AI DOES

    Scans circuits and flags potential issues

    YOU DO

    Judge safety and fix what's wrong

    About this analysis

    0% · Methodology: exposure-v1 · Analysis date: unavailable · Confidence: medium

  12. TASK 12SOURCE-BACKED TASK

    Identify installation locations with proper orientation, area, solar access, or structural integrity for photovoltaic (PV) arrays.

    AI DOES

    Analyzes satellite data and maps potential sites

    YOU DO

    Judge real conditions and safety requirements

    About this analysis

    0% · Methodology: exposure-v1 · Analysis date: unavailable · Confidence: medium

  13. TASK 13SOURCE-BACKED TASK

    Determine connection interfaces for additional subpanels or for connecting photovoltaic (PV) systems with utility services or other power generation sources.

    AI DOES

    Suggests interface options and calculates load requirements

    YOU DO

    Ensure code compliance and system safety

    About this analysis

    0% · Methodology: exposure-v1 · Analysis date: unavailable · Confidence: medium

START LEARNING AI

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Data sources and attribution

This page includes information from the O*NET 30.3 Database by the U.S. Department of Labor, Employment and Training Administration (USDOL/ETA). Used under the CC BY 4.0 license. rtwoai has modified all or some of this information. USDOL/ETA has not approved, endorsed, or tested these modifications. O*NET® is a trademark of USDOL/ETA.

Wage and employment figures are from the U.S. Bureau of Labor Statistics, Occupational Employment and Wage Statistics (2025). Job outlook is from the BLS Employment Projections program, 2024–34. BLS data are in the public domain. BLS has not reviewed or endorsed this page.

Task collaboration data is from the Anthropic Economic Index, release 2025-03-27, used under the CC BY 4.0 license. Anthropic has not reviewed or endorsed this page.

How we describe AI use in each task is our own characterization, not a measurement of whether AI can replace this job. Microsoft note that their metrics "should not be misconstrued or misrepresented as measuring the ability of AI to replace jobs," and that there is more to an occupation than the sum of its tasks.

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Can AI do the work of Solar Photovoltaic Installers? — rtwoai