Diagnostic Help

    Solar Panel Not Producing?

    If your solar panels have stopped generating power or output has dropped a lot, there are a few likely causes. Here's what to look for and when to call for help.

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    Possible Causes

    Why Panels Stop Producing

    A panel that's not producing can come from a single component failure or a few overlapping issues. These are the most common ones we see.

    Shading

    New tree growth, nearby construction, or seasonal sun angle changes can reduce or block sunlight reaching your panels

    Panel Damage

    Cracks, hot spots, or delamination from storms, debris impact, or long-term wear can drop affected panels to zero output

    Inverter Failure

    If your inverter is faulted or offline, it can't convert the DC power your panels produce into usable AC electricity

    Wiring Issues

    Loose connections, corroded terminals, or rodent damage to wiring can interrupt the flow of electricity from panels to your home

    What to Do

    Diagnostic Steps

    1

    Check Your Monitoring App

    Open your solar monitoring app and see if it shows production data. If the app shows zero or is offline, note when the last reading came in.

    2

    Look at the Inverter

    Check the inverter for any error codes, warning lights, or a blank display. A solid green light usually means normal operation.

    3

    Inspect the Breaker Panel

    Confirm the solar breaker hasn't tripped. If it has, reset it once. If it trips again right away, stop and call a technician.

    4

    Check for Obstructions

    Look at your roof safely from the ground. Heavy snow, fallen branches, or major debris buildup can block panels entirely.

    5

    Review Recent Changes

    Think about what changed recently: a power outage, router replacement, new construction nearby, or storm damage.

    6

    Call for a Professional Diagnostic

    If none of the above turns up the cause, the issue likely needs hands-on testing with specialized equipment.

    What Our Technicians Check

    Panel-level output using specialized testing equipment
    Inverter error logs and operational history
    All wiring connections from panels to the breaker panel
    Grounding integrity and arc fault indicators
    Shading analysis using current site conditions
    Mounting hardware and roof penetration seals

    After the diagnostic, you get a written report with findings and recommended next steps. No pressure to commit to repairs on the spot.

    Good to Know

    Before You Call

    Low output on cloudy days is normal and not necessarily a problem
    Snow usually slides off panels on its own as temperatures rise
    A single tripped breaker can shut down your whole system
    Wi-Fi outages can make monitoring apps go blank even if panels are fine
    Seasonal changes in daylight naturally affect production
    Annual inspections catch issues before they become failures

    Panels Not Producing? We Can Help.

    Schedule a professional diagnostic. Our technicians cover our service areas in Pennsylvania and Ohio. Call (877) 869-1458.