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Solar Panel Troubleshooting: When to Call a Professional

Wed, 05 Aug 2026 15:02:26 GMT

Solar panel troubleshooting starts with understanding the difference between normal changes in energy production and signs of a system problem. While solar energy systems are designed for long-term operation, issues involving panels, inverters, wiring, monitoring equipment, batteries, and mounting hardware can occur over time.

Some problems can be identified through basic troubleshooting, such as checking the monitoring app, reviewing inverter error messages, or considering recent weather conditions. However, persistent production loss, recurring errors, visible damage, roof work, or battery issues often require professional diagnosis and repair.

Modern Energy Solutions provides solar installation, inspection, repair, maintenance, battery backup, and panel removal and reinstallation services for Utah homes and businesses.

Solar Panel Troubleshooting: Signs You Need Professional Help

Before scheduling a repair, homeowners can perform a few basic solar panel troubleshooting steps, such as reviewing the monitoring app, checking for inverter error messages, and considering recent weather conditions. If the issue continues after these checks, professional diagnostics can help determine the underlying cause.

Unexpected or Persistent Production Loss

A single cloudy day is not usually a cause for concern. However, production that remains substantially lower than expected during comparable conditions may indicate a problem.

Possible causes include:

Inverter trouble
Damaged panels
Failed microinverters or optimizers
Loose or damaged wiring
Heavy soiling or debris
New shading
Monitoring problems
Utility-grid conditions

Compare current production with similar days or seasons when historical information is available. If the decline continues, a professional evaluation can help identify the cause.

Inverter Error Messages

An inverter error does not automatically mean that the inverter must be replaced. Error codes may relate to utility conditions, wiring, communication, panel-level equipment, or an internal inverter problem.

Record the exact code and take a photograph of the display if possible. A solar technician can review the message, inspect the system, and determine the appropriate next step.

See related content: Signs Your Solar Inverter May Need Repair

Missing or Inaccurate Monitoring Data

If the solar monitoring application stops updating, the system may have lost its internet or equipment connection. In some cases, the panels may continue producing even though current information is unavailable.

A technician can determine whether the problem involves:

Internet connectivity
The monitoring gateway
Inverter communication
Individual panel reporting
Meter configuration
Actual energy production

The U.S. Department of Energy explains that solar monitoring platforms can identify faults, abnormal conditions, and underperformance requiring attention.

Visible Panel or Equipment Damage

Cracked glass, bent panel frames, displaced equipment, exposed wiring, corrosion, or damaged conduit should be professionally evaluated.

Do not climb onto the roof or touch damaged solar components. Photovoltaic panels can generate electricity when exposed to sunlight, even when part of the system appears inactive.

Repeated System Shutdowns

A solar system that repeatedly shuts down and restarts may be responding to unstable utility conditions, an electrical problem, excessive equipment temperature, or an internal fault.

Professional diagnostics can identify whether the shutdown is a normal protective response or a sign that service is needed.

Unusual Noises, Odors, or Heat

New buzzing, repeated clicking, discoloration, excessive heat, or a burning odor near an inverter or electrical component requires prompt attention.

Do not open equipment covers or attempt a repair. If you see smoke, fire, or sparking, move to a safe area and contact emergency services.

Roof Leaks Near the Solar Installation

Water stains or leaks near solar mounting points should be investigated. The leak may come from the solar installation, roofing materials, flashing, or an unrelated roof condition.

A solar provider and roofing contractor may need to coordinate to identify the source and determine whether panels must be temporarily removed.

Birds or Animals Beneath the Panels

Birds and other animals may nest beneath rooftop solar panels. Nesting materials, droppings, and animal activity can affect wiring and create debris around the system.

A professional can evaluate the area and determine whether cleanup, repairs, or critter guard installation is appropriate.

Which Solar Service Do You Need?

The appropriate service depends on the system, symptoms, and property. If you are unsure what to request, describe the problem to the solar provider rather than attempting to diagnose it yourself.

Solar Panel Inspection and System Diagnostics

An inspection is a sensible starting point when the cause of a problem is unclear or you want a broader evaluation of an existing system.

A professional inspection may review:

Panel condition
Inverter operation
Accessible wiring and connections
Mounting structures
Monitoring functionality
Roof penetrations
Available production data

Inspection findings can help determine whether the system needs repair, cleaning, monitoring assistance, or continued observation.

See related content: How Often Should Solar Panels Be Inspected?

When to Request Service After Severe Weather

Utah solar systems may experience seasonal snow, strong wind, hail, dust, and substantial temperature changes. Consider professional service after a severe weather event if you notice:

Cracked or displaced panels
Damaged or exposed wiring
Debris beneath or on top of the array
Inverter errors
Missing panel-level production
Unexpected system shutdowns
Roof leaks
Production that does not recover after conditions improve

Damage is not always visible from the ground. An inspection can evaluate the system without requiring the homeowner to access the roof.

Basic Solar Panel Troubleshooting Steps Before Calling a Professional

You can collect useful information without opening equipment or accessing the roof.

Before contacting a solar professional:

Check whether the utility grid is experiencing an outage
Review the monitoring application
Note when production last appeared normal
Record inverter errors and warning lights
Take photographs from a safe location
Identify whether the problem followed a storm or power outage
Locate system documents and warranty information
Find equipment model and serial numbers if safely accessible
Describe any recent roof or electrical work

This information may help the technician understand the problem and prepare for the service appointment.

Do not remove equipment covers, disconnect wiring, walk on panels, or repeatedly reset breakers to clear an unidentified fault.

What to Expect During a Professional Solar Service Visit

The appointment will vary depending on the reported concern, but the process generally begins with gathering information about the system and reviewing the symptoms.

A technician may:

Review the Reported Problem

Explain when the issue began, what the monitoring platform shows, and whether anything changed at the property beforehand.

Inspect Relevant Components

The technician evaluates accessible panels, inverter equipment, wiring, mounting hardware, monitoring equipment, or battery components related to the concern.

Perform System Diagnostics

Available measurements, equipment status, production data, and error history may be reviewed to isolate the problem.

Explain the Findings

After evaluating the system, the technician can explain what was identified and whether maintenance, repair, replacement, or further investigation is recommended.

Provide an Estimate

When additional work is needed, request written pricing outlining the proposed service, replacement equipment, and other project considerations.

Solar Panel Repair

Repair service may be appropriate when a specific system problem has already been identified or the equipment shows a clear fault.

Solar repair may involve:

Inverter diagnostics or replacement
Microinverter or optimizer replacement
Solar panel replacement
Wiring and connection repair
Monitoring troubleshooting
System reconnection
Performance testing

Solar System Maintenance

Maintenance can address accumulated dirt, debris, animal activity, and other conditions that may affect the system.

Services may include:

Panel cleaning
General system checks
Monitoring review
Debris removal
Critter guard installation
Maintenance recommendations

The appropriate maintenance schedule depends on the property, surrounding environment, system age, and equipment condition.

Solar Panel Removal and Reinstallation

Contact a qualified solar provider before beginning roof replacement, roof repairs, structural work, or renovations affecting an area beneath the panels.

The process may include:

System assessment
Safe deactivation
Panel and equipment removal
Organized storage
Coordination with the roofing contractor
Mounting-system installation
Panel reinstallation
Electrical reconnection
System testing

Solar Battery Backup Service

Professional battery assistance may be appropriate if you want to add energy storage or an existing battery displays an error, stops charging, or does not operate as expected during an outage.

Battery design and troubleshooting may require reviewing:

Household energy use
Essential backup loads
Battery capacity and power
Existing solar equipment
Inverter compatibility
Electrical-panel configuration
Available installation space

New Solar Panel Installation

If your property does not yet have solar panels, a professional consultation can help determine whether the site is suitable and what system design may meet your energy goals.

The evaluation may consider:

Electricity consumption
Roof condition
Available installation area
Roof orientation
Shading
Electrical service
Equipment options
Battery storage goals
Permit and utility requirements

Information to Provide When Requesting Solar Service

Providing detailed information can make the initial conversation more productive.

Include the following when available:

Property address or service city
Residential or commercial property type
Service requested
Approximate system age
Original installer
Panel and inverter brands
Error codes
Monitoring screenshots
Description of the production problem
Date the issue began
Recent storm, roof, or electrical work
Equipment ownership or lease information
Warranty documents

If you do not know the equipment details, explain what you can observe. The solar provider can advise you about the next step.

Frequently Asked Questions About Professional Solar Help

Professional Solar Services in Utah

Modern Energy Solutions provides solar installation and system support for homeowners and businesses in:

Lehi
American Fork
Saratoga Springs
Lindon
Orem
Provo
Pleasant Grove
Sandy
Draper
Riverton

Our services include:

Solar panel installation
Solar battery backup systems
Solar panel repair
Inverter diagnostics and replacement
Solar system maintenance
Solar panel inspections and system diagnostics
Solar panel removal and reinstallation
Solar monitoring troubleshooting
Panel cleaning
Critter guard installation

Need help troubleshooting your solar panels? Tell us what you're experiencing, and our team will help diagnose the issue and recommend the right repair, inspection, or maintenance service.

Call Modern Energy Solutions at (801) 941-7541 or submit the online contact form to request service.

How Utah Weather Can Affect Solar Panel Performance

Wed, 29 Jul 2026 09:57:33 GMT

Utah offers abundant sunshine, but solar panel production is not identical every day or season. Available sunlight, daylight hours, cloud cover, panel temperature, snow, dust, wind, shading, and other environmental conditions can all influence how much electricity a solar system generates.

Some production changes are normal. Shorter winter days, cloudy weather, or temporary snow cover can reduce output without indicating an equipment problem. However, persistent production loss, inverter errors, damaged panels, loose wiring, or mounting concerns may require professional attention.

Understanding how Utah weather affects solar panels can help you recognize normal seasonal patterns and identify signs that your system may need maintenance, inspection, or repair.

How Sunlight Affects Solar Energy Production

Solar panels generate electricity from sunlight rather than heat. In general, stronger and longer-lasting sunlight gives a properly operating system more opportunity to produce energy.

Production can vary throughout the day because of:

Sun angle
Cloud cover
Seasonal daylight hours
Roof orientation
Panel tilt
Nearby shading
Dust or debris on the panel surface
System design and equipment condition

Summer usually provides longer daylight hours, while winter brings shorter days and a lower sun angle. This means a system’s daily winter production may be lower than its summer production even when the equipment is operating normally.

The U.S. Energy Information Administration notes that available sunlight varies according to location, season, time of day, and weather conditions.

Do Solar Panels Work on Cloudy Days?

Solar panels can continue generating electricity when the sky is cloudy, but production is generally lower because less solar radiation reaches the panels.

The effect depends on:

Cloud thickness
Duration of cloud cover
Time of day
Season
System orientation
Local shading

A brief drop during a passing storm is not usually a concern. Production should rise again when sunlight improves. If output remains unusually low after conditions return to normal, review the monitoring platform for error messages or equipment that has stopped reporting.

How Summer Heat Affects Solar Panels

Bright summer days can produce substantial solar energy because of the longer daylight period. However, high panel temperatures can reduce the immediate efficiency of photovoltaic modules compared with their output under the same sunlight at a cooler operating temperature.

This does not mean solar panels stop working in hot weather. They continue producing electricity, but module temperature is one of the factors that influences output.

The extent of the temperature effect depends on:

Panel model and temperature coefficient
Air temperature
Roof temperature
Airflow beneath the panels
Sun intensity
System design
Equipment condition

Panel specifications typically include a temperature coefficient explaining how power output changes as the module temperature rises above standard test conditions.

A warm summer afternoon may produce slightly less power than expected from sunlight alone, while the longer summer day can still result in strong total daily production.

Can Cold Weather Improve Solar Panel Performance?

Solar panels do not require warm weather to generate electricity. On a clear, cold day, lower module temperatures can support efficient operation as long as sufficient sunlight reaches the panel surface.

Winter production may still be lower overall because of:

Shorter daylight hours
Lower sun angle
Increased cloud cover
Snow covering the panels
Seasonal shading from trees or nearby structures

Cold temperature alone is not necessarily harmful to normal solar production. The more important question is whether sunlight can reach the panels and whether the system is operating properly.

How Snow Affects Solar Panel Production

A light dusting of snow may have a limited effect if portions of the panels remain exposed. Heavier or persistent snow cover can substantially reduce production by preventing sunlight from reaching the solar cells.

Snow-related production depends on:

Depth and density of the snow
Portion of each panel covered
Panel angle
Roof orientation
Outdoor temperature
Sunlight following the storm
Whether snow can slide safely from the array

Production may increase as the snow melts or slides away. Uneven coverage can also cause some panels to resume producing before others.

Should You Remove Snow From Solar Panels?

Homeowners generally should not climb onto a snowy or icy roof to clear panels. Doing so creates fall, electrical, roof-damage, and panel-damage risks.

Avoid using:

Metal tools
Hard-edged scrapers
Pressure washers
Boiling or very hot water
Abrasive brushes
Chemicals not approved by the equipment manufacturer

If snow remains in place, blocks production for an extended period, or creates a property concern, contact a qualified solar professional to discuss safe options.

Watch Where Snow Leaves the Roof

Solar panels can create broad, smooth surfaces from which accumulated snow may slide. Be aware of walkways, entrances, vehicles, landscaping, and equipment beneath the roof edge.

A solar or roofing professional can evaluate the property if sliding snow creates an ongoing concern.

How Dust and Dirt Affect Solar Panels

Utah’s dry periods, construction activity, wind, pollen, smoke, and airborne dust can leave material on panel surfaces. This buildup—often called soiling—reduces the amount of sunlight reaching the solar cells.

Common sources include:

Dust and fine soil

Pollen

Bird droppings

Leaves and plant material

Construction debris

Smoke-related particles

Dirt carried by wind

NREL research describes photovoltaic soiling as the accumulation of dust or other airborne particles that can reduce module performance. National Renewable Energy Laboratory

A thin, even layer may cause gradual production loss, while heavy or localized buildup can affect individual panels more noticeably.

Does Rain Clean Solar Panels?

Rain may wash away some loose dust, but it does not always remove adhered dirt, oily residue, pollen, bird droppings, or debris trapped around panel edges.

Rain can also leave mineral deposits after the water dries. Therefore, rainfall should not be treated as a complete substitute for panel evaluation and appropriate cleaning .

How Wind Affects Solar Panel Systems

Moderate airflow can help reduce panel temperature, but strong wind and gusts can place stress on rooftop equipment.

Potential wind-related concerns include:

Loose or displaced mounting components
Windblown branches and debris
Damage to exposed wiring
Debris trapped beneath or around panels
Movement of already compromised equipment
Increased dust accumulation

Solar mounting systems are designed according to specific structural and installation requirements. After severe winds, look safely from the ground for panels that appear shifted, lifted, misaligned, or damaged.

Do not climb onto the roof or touch loose equipment. Schedule an inspection if something appears out of position or if production changes after a wind event.

Do Temperature Swings Damage Solar Panels?

Utah properties can experience warm daytime conditions followed by substantially cooler nights, particularly during spring and fall. Solar equipment is manufactured for outdoor temperature changes, but repeated heating and cooling can contribute to normal material expansion, contraction, and long-term wear.

Over time, environmental exposure may affect:

Wiring and connectors
Sealants
Mounting hardware
Conduit
Junction boxes
Roof penetrations
Inverter componen ts

A temperature change does not automatically indicate damage. However, routine inspections can help identify deteriorated or loose components before they develop into larger problems.

Can Hail and Severe Storms Damage Solar Panels?

Solar panels are designed for outdoor exposure, but severe hail, falling branches, and windblown debris can still cause damage.

Possible signs of storm-related trouble include:

Cracked panel glass
Bent frames
Displaced panels
Damaged wiring
Inverter faults
Missing production from one or more panels
Water intrusion near the installation
Sudden production loss after the storm

Damage is not always easy to see from the ground. If a significant storm affects your property and solar production changes afterward, schedule an inspection rather than accessing the roof yourself.

How Seasonal Shading Changes Solar Production

The path of the sun changes throughout the year. Trees, nearby buildings, chimneys, roof features, and other obstructions may cast shadows at different times depending on the season.

Shading can also change because of:

Tree growth
New construction
Roof modifications
Satellite-dish installation
New heating or cooling equipment
Accumulated snow
Leaves or debris

The U.S. Department of Energy consumer guide identifies trees, chimneys, nearby buildings, utility lines, and rooftop equipment as common sources of solar panel shading. xIf a production decline follows a repeated daily pattern, shading may be one possible cause.

Normal Weather Variation or a Solar System Problem?

Not every production decline means the system needs repair. Start by considering whether the change corresponds with current weather or the season.

Production Changes That May Be Normal

Lower output on cloudy days
Reduced winter production
Temporary loss while panels are covered by snow
Daily changes caused by passing clouds
Gradual seasonal changes in the monitoring graph
Lower output during periods of shade

Signs That May Require Professional Attention

Production remains low after the weather improves
One panel or section stops reporting
The inverter shows an error or warning
The system repeatedly shuts down
Monitoring data disappears for an extended period
Panels appear cracked, loose, or displaced
Wiring appears damaged
Roof leaks develop near mounting points
A sudden decline follows severe weather

Compare current production with similar weather and seasonal conditions when possible. Professional diagnostic s may be appropriate if the difference is substantial, persistent, or accompanied by equipment warnings.

How to Monitor Solar Performance Throughout the Year

Regular monitoring can make it easier to recognize unusual patterns.

Homeowners can:

Review production data periodically
Compare similar months from different years
Save screenshots of unusual changes
Record inverter errors
Note recent storms or heavy snow
Observe panels safely from the ground
Watch for new shading
Keep maintenance and repair records

Monitoring data can identify changes, but it may not reveal the physical cause. If the system reports a fault or sustained underperformance, a professional inspection can evaluate the panels and supporting equipment.

Seasonal Solar Maintenance Tips for Utah

Spring

After winter, look for storm damage, debris, displaced equipment, or production that has not returned to its expected seasonal pattern.

Summer

Monitor for dust accumulation, inverter warnings, and unexpected production loss during clear weather. Do not assume every midday dip indicates failure because panel temperature can influence output.

Fall

Check for leaves, changing shade patterns, animal activity, and debris before winter weather arrives.

Winter

Expect shorter production days and occasional losses from snow cover. Avoid climbing onto icy roofs or using unsafe tools to clear panels.

Professional maintenance needs depend on the property, equipment, surrounding environment, and system condition.

Frequently Asked Questions

Protect Your Solar System Through Every Utah Season

Modern Energy Solutions provides solar inspections, system diagnostics, maintenance, panel cleaning, inverter troubleshooting, and repairs to help Utah property owners address weather-related performance concerns.

Services are available in:

Lehi
American Fork
Saratoga Springs
Lindon
Orem
Provo
Pleasant Grove
Sandy
Draper
Riverton

If your solar production remains low after weather conditions improve—or you notice damaged equipment, inverter errors, or monitoring problems—call Modern Energy Solutions at (801) 941-7541 or submit the online contact form.

What to Expect During Solar Panel Removal and Reinstallation

Wed, 29 Jul 2026 09:48:46 GMT

If your roof needs replacement or major repairs, the solar panels above the affected area will usually need to be temporarily removed. Once the roofing work is complete and the roof is ready, the solar equipment can be reinstalled, reconnected, and tested.

Solar panel removal and reinstallation involves more than lifting panels from the roof and putting them back afterward. The process requires safe system deactivation, careful equipment handling, organized storage, coordination with the roofing contractor, evaluation of system components, and electrical testing after reinstallation.

Understanding the process can help you coordinate the project, avoid unnecessary delays, and protect your roof and solar investment.

Why Would Solar Panels Need to Be Removed?

Roof replacement is the most common reason for temporary solar panel removal, but it is not the only one. Removal may be required for:

Roof leak investigation and repairs
Replacement of shingles or other roofing materials
Structural roof repairs
Storm or hail damage restoration
Home additions or renovations
Changes to the roofline
Solar equipment upgrades
Panel relocation or system redesign
Pest remediation beneath the panels
Access for significant tree work near the roof

A roofing contractor generally needs clear access to the roof surface to remove old materials, inspect the decking, install underlayment, and complete the new roof. Attempting to work around the solar panels can limit access and make it difficult to complete the roofing work correctly.

Who Should Remove and Reinstall Solar Panels?

Solar panels should be removed and reinstalled by professionals qualified to work with photovoltaic equipment. The project involves electrical components, rooftop work, mounting hardware, system documentation, and equipment that may remain energized when exposed to sunlight.

A roofing crew may be highly qualified to replace the roof but may not be trained or authorized to disconnect and reconnect the solar energy system. Before the project begins, confirm which contractor is responsible for:

Deactivating the solar system
Disconnecting electrical equipment
Removing panels and mounting components
Storing the equipment
Coordinating the project schedule
Reinstalling the mounting system and panels
Reconnecting the solar equipment
Testing system operation

Assigning these responsibilities in advance helps prevent gaps between the solar and roofing portions of the project.

The Solar Panel Removal and Reinstallation Process

The exact process varies according to the property, equipment, roofing work, and system configuration. Most projects include the following stages.

1. Initial Site and System Assessment

The solar provider begins by reviewing the existing system and the work planned for the roof.

The assessment may include:

System size and panel quantity
Panel layout
Inverter and electrical configuration
Roof height, pitch, and access
Type and condition of mounting equipment
Visible panel or wiring damage
Proposed roofing materials
Areas requiring roof work
Equipment storage requirements
Roofer and solar contractor schedules

This evaluation helps determine the labor, equipment, materials, and coordination required.

How Long Does Solar Panel Removal and Reinstallation Take?

The solar portion of the project is normally completed in separate phases: removal before roofing work and reinstallation after the roof is finished.

The schedule depends on:

Number of solar panels
Roof height and pitch
System design
Site accessibility
Weather conditions
Roofing-project duration
Equipment condition
Replacement-part availability
Required design changes
Permit or inspection requirements

The system will not produce solar energy while it is disconnected. Coordinating both contractors in advance can help reduce the amount of time between removal and reinstallation.

Avoid scheduling removal before the roofer has confirmed the project start date unless secure storage and the expected downtime have been discussed.

How Much Does Solar Panel Removal and Reinstallation Cost?

Pricing varies by project. Factors that may affect the estimate include:

Will the Same Solar Panels Be Reinstalled?

System size and panel count
Roof pitch and number of stories
Array location and accessibility
Mounting-system design
Roofing material
Amount of equipment requiring removal
Storage arrangements
Damaged or worn components
Replacement mounting hardware
Wiring or electrical work
System redesign requirements
Travel, permits, or inspection requirements

Request a written estimate explaining what is included. Confirm whether removal, storage, replacement materials, reinstallation, reconnection, testing, and coordination are part of the quoted price.

Existing panels can often be reused if they remain compatible and in serviceable condition. However, removal may reveal damaged panels, worn wiring, failed panel-level electronics, or mounting components that should be replaced.

Before approving replacements, ask:

• Which component has a problem?
• Can it be reused safely?
• Is a compatible replacement available?
• Is the equipment covered by a manufacturer warranty?
• Will the replacement affect other system components?
• How will the change affect monitoring?

Panels should not be replaced merely because they were temporarily removed. The decision should be based on their condition, compatibility, and system requirements.

Can the Solar Layout Change After Roof Replacement?

The system may not return to precisely the same layout if the roof or surrounding conditions have changed.

Layout changes may result from:

• New vents, skylights, or rooftop equipment
• Roofline modifications
• Shading changes
• Updated access requirements
• Different roofing materials
• Damaged or incompatible equipment
• A planned system expansion

Any material redesign should be reviewed before reinstallation because it may affect wiring, equipment, permitting, and expected production.

What About Solar and Roof Warranties?

Before scheduling the project, review the available documentation for:

Solar panel warranties
Inverter or optimizer warranties
Mounting-equipment warranties
Original installation workmanship coverage
Roofing-material warranties
Roofing-contractor workmanship coverage
Solar financing, lease, or power-purchase agreements

If the system is leased or governed by a power-purchase agreement, the equipment may be owned by another company. Obtain the required authorization before arranging removal.

Ask both contractors how their work affects existing coverage and what warranties apply to the new roofing and reinstalled solar equipment. Keep copies of proposals, photographs, invoices, inspection records, and updated system documents.

How to Coordinate the Solar and Roofing Contractors

Good scheduling is one of the most important parts of a removal and reinstallation project.

Before work begins:

Select the solar and roofing contractors
Share the proposed scope with both companies
Confirm the roofing start date
Schedule solar removal shortly before roof work
Identify the required roof clearance
Choose a secure storage location
Establish who will provide replacement hardware
Confirm when the roofer will report completion
Schedule reinstallation after the roof is ready
Identify who will handle permits or inspections if required
Exchange contact information between project coordinators

The homeowner should know which company is responsible at every stage. Do not assume the roofer and solar provider will coordinate automatically unless that responsibility has been confirmed.

Preparing Your Property for Solar Panel Removal

Homeowners can help prepare by:

Providing clear access to the driveway and work area
Moving vehicles away from the home
Securing pets indoors
Identifying a suitable equipment-storage area
Providing available system and warranty documents
Sharing monitoring access or recent production records
Confirming roofer contact information
Discussing landscaping or access concerns
Asking how long the system may remain offline
Saving current monitoring screenshots for comparison

Do not move or handle removed solar equipment unless directed by the contractor responsible for it.

Frequently Asked Questions

Schedule Solar Panel Removal and Reinstallation in Utah

Modern Energy Solutions provides professional solar panel removal and reinstallation for roof replacement, repairs, renovations, system upgrades, and other projects requiring access beneath an existing array.

Services are available in:

Lehi
American Fork
Saratoga Springs
Lindon
Orem
Provo
Pleasant Grove
Sandy
Draper
Riverton

Call Modern Energy Solutions at (801) 941-7541 or submit the online contact form to discuss your roofing schedule and request an estimate.

2. Project Documentation and Planning

Before removing the panels, the technicians may document the existing layout, wiring arrangement, equipment information, and condition of accessible components.

Useful records may include:

Photographs of the array
Panel positions
Wiring configuration
Equipment model and serial numbers
Inverter information
Existing monitoring data
Notes about visible damage

Documentation helps organize the removal and supports accurate reinstallation. If the roof design or system layout changes, the installation plan may need to be adjusted.

3. Safe System Deactivation

The solar system must be properly deactivated before equipment is disconnected. The correct procedure depends on the system design and manufacturer instructions.

Property owners should not attempt to disconnect panels, open electrical equipment, or remove mounting hardware themselves. Solar panels can generate electricity whenever they receive sufficient light, even if the utility grid is unavailable.

4. Panel and Equipment Removal

Technicians carefully disconnect and remove the panels from the mounting structure. Components are organized and labeled as needed to support storage and reinstallation.

Depending on the roofing project, the work may involve removing:

Solar panels
Panel-level electronics
Wiring attached to the mounting system
Rails and clamps
Roof attachments or mounts
Conduit or other accessible components

Some components may remain in place if they do not interfere with the roof work and doing so is appropriate for the system and project. The solar and roofing contractors should agree on the required roof clearance beforehand.

5. Equipment Inspection and Storage

Removed equipment should be handled and stored in a way that reduces the risk of impact, moisture exposure, theft, or disorganization.

Before storage, technicians may identify:

Cracked or damaged panels
Corroded or worn hardware
Damaged wiring or connectors
Failed optimizers or microinverters
Components that may not be appropriate for reuse

The storage location and responsible party should be confirmed before removal begins. Depending on the project, equipment may be stored securely at the property or another agreed location.

6. Roof Repair or Replacement

Once the required solar equipment has been removed, the roofing contractor can complete the planned work.

The roofer may:

Remove the existing roofing material
Inspect and repair the roof decking
Address leaks or structural concerns
Install underlayment and flashing
Install the new roofing material
Prepare the roof for solar reinstallation

The roofing contractor should notify the solar provider when the roof is complete and ready for inspection. Panels should not be reinstalled until the roofing work in the affected area is finished.

7. Roof and Equipment Evaluation Before Reinstallation

Before reinstalling the solar system, the technician evaluates the completed roof and confirms that the planned layout remains appropriate.

Changes may be required if:

The roof structure was modified
Vents or other obstructions were relocated
The roofing material changed
Damaged solar components were discovered
Existing mounts cannot be reused
Current requirements affect the system layout
The property owner requested a system modification

Any necessary design or material changes should be discussed before the panels are reinstalled.

8. Mounting-System Reinstallation

The mounting equipment is installed using methods appropriate for the roof type and solar system. Roof attachments and flashing must be properly positioned to support the array and protect the roof penetrations.

New flashing, seals, fasteners, mounts, or related hardware may be needed. Reusing every original component is not always appropriate, particularly if hardware is worn, damaged, incompatible with the new roofing material, or unsuitable for the revised layout.

9. Panel Reinstallation and Reconnection

Once the mounting system is ready, the panels and related components are returned to the roof. Technicians reconnect the equipment according to the approved design and system requirements.

If the roof and system remain unchanged, the general panel arrangement may be similar to the previous layout. If conditions have changed, the final configuration may need to differ from the original installation.

10. System Testing and Monitoring Review

After reconnection, the system is tested to confirm that it is operating and reporting properly.

The final checks may include:

Inverter operating status
Panel or string production
Monitoring communication
Visible wiring condition
Equipment connections
Error codes or alerts
General system performance

Monitoring information may take time to update depending on the equipment and communication platform. The solar provider should explain how the property owner can confirm that production data is reporting again.

Modern Energy Solutions includes site assessment, system deactivation, careful panel removal, reinstallation, reconnection, and performance testing in its published removal and reinstallation process .

Signs Your Solar Inverter May Need Repair

Fri, 24 Jul 2026 14:36:12 GMT

Your solar inverter is responsible for converting the direct-current electricity generated by your panels into alternating-current electricity that can be used by your property or delivered to the utility grid. If the inverter develops a problem, some or all of your solar system may stop producing usable power.

Common warning signs of inverter trouble include error messages, unusual indicator lights, repeated shutdowns, missing monitoring data, and unexplained production loss. These symptoms do not always mean the inverter must be replaced, but they should be investigated if they persist.

Recognizing the warning signs early can help limit downtime and identify whether the problem involves the inverter, system communication, electrical connections, utility service, or another solar component.

Common Signs of a Solar Inverter Problem

Solar inverter symptoms can vary according to the manufacturer, model, system design, and type of fault. Contact a solar professional if you notice any of the following conditions.

The Inverter Displays an Error Code

Many solar inverters use a screen, status light, mobile application, or monitoring portal to report faults. An error code may relate to the inverter itself, but it can also indicate a problem with wiring, system communication, utility-grid conditions, or another component.

Record the complete error code and when it appeared. If possible, take a photograph or screenshot to share with the technician. Avoid opening the inverter or attempting internal repairs.

Warning or Fault Lights Remain On

A red, orange, or flashing indicator may signal a fault, standby condition, or communication problem. Indicator meanings vary among inverter manufacturers, so consult the system documentation before assuming that a particular color means the equipment has failed.

Some status changes are temporary. A warning that remains active during normal daylight conditions or repeatedly returns should be professionally evaluated.

Solar Production Drops Unexpectedly

Solar energy production naturally changes with cloud cover, seasonal daylight, temperature, shading, and weather. However, a substantial or prolonged drop without an obvious explanation may indicate that the inverter or another system component is not operating correctly.

Compare the current results with similar days or the same season from previous years when that data is available. Look for a continuing pattern rather than relying on a single day.

The System Stops Producing Power

If the monitoring portal reports no production during normal daylight conditions, the inverter may have shut down or lost its electrical connection. The issue could also involve a tripped breaker, utility outage, communication failure, wiring problem, or equipment elsewhere in the system.

Because solar equipment can remain electrically energized, troubleshooting beyond basic visual observations should be left to a qualified professional.

The Inverter Repeatedly Shuts Down or Restarts

An inverter that continually cycles between operating, standby, and fault states may be responding to unstable grid conditions, voltage outside its operating range, overheating, an internal component problem, or another electrical issue.

A technician can review error history and system measurements to determine whether the inverter is protecting the system as designed or requires service.

Monitoring Data Is Missing or Out of Date

Missing data does not always mean that solar production has stopped. The inverter or gateway may have lost its internet connection while the system continues to generate electricity.

For example, SolarEdge explains that production and communication are separate functions, so a communication problem does not necessarily indicate a production failure. The company also recommends contacting the installer when a production issue is present.

If monitoring information is absent, a technician can determine whether the issue involves internet connectivity, the monitoring gateway, system communication, or actual energy production.

Individual Panels Stop Reporting

Systems with microinverters or power optimizers may show production at the panel level. If one or several panels stop reporting, the cause may involve communication, wiring, a microinverter, an optimizer, or the panel itself.

One missing panel does not automatically identify the failed component. Proper diagnostics are needed before equipment is replaced.

The Inverter Makes New or Unusual Noises

A low operational hum may be normal for some inverter models. New buzzing, clicking, grinding, or repeated cycling noises may indicate an electrical or internal equipment problem.

Do not remove covers or attempt to investigate inside the inverter. Contact a solar professional if the sound is new, persistent, or accompanied by an error or production loss.

There Is Visible Damage or a Burning Odor

Cracks, discoloration, corrosion, water exposure, smoke, or a burning smell require prompt attention. Keep away from damaged equipment and do not touch the inverter, wiring, or nearby electrical components.

If there is smoke, fire, sparking, or an immediate safety threat, move to a safe location and contact emergency services. After the situation is safe, contact a qualified solar service provider.

An Error Code Does Not Always Mean the Inverter Has Failed

Solar inverters are designed to detect abnormal conditions and may temporarily shut down to protect the system. An error can be caused by:

A utility outage or voltage fluctuation
A temporary grid-related condition
Lost internet or monitoring communication
A tripped breaker or disconnect
Damaged or loose wiring
A panel, optimizer, or microinverter problem
Excessive operating temperature
Water or animal-related damage
An internal inverter fault
Outdated system communication settings

According to the U.S. Department of Energy , photovoltaic monitoring platforms can report abnormal conditions, faults, and underperformance requiring attention. However, monitoring information alone may not identify the physical component responsible for the problem.

Professional diagnostics help isolate the cause before repair or replacement is recommended.

Safe Checks You Can Make Before Calling for Service

Homeowners can collect useful information without opening equipment, touching wiring, or climbing onto the roof.

Before contacting a technician, you can:

Confirm whether the neighborhood is experiencing a utility outage
Review the solar monitoring application
Note when the system last reported production
Record error codes and warning messages
Photograph the inverter display or status lights
Compare current production with similar recent days
Check whether the problem began after a storm or power outage
Locate the equipment model and serial number if safely accessible
Gather installation and warranty documents

Only follow basic user steps included in the equipment manufacturer’s instructions. Do not open the inverter, remove electrical covers, disconnect wiring, or repeatedly reset breakers in an attempt to clear an unknown fault.

SolarEdge specifically advises system owners not to repair inverters or power optimizers themselves because handling electrical equipment requires a qualified installer or electrician, according to SolarEdge's safety guidance .

What Happens During Solar Inverter Diagnostics?

The diagnostic process depends on the inverter type and reported symptoms. A professional evaluation may include:

Reviewing Error History

Current and previous error codes can help identify whether a fault is temporary, recurring, or related to another part of the system.

Checking Inverter Operation

The technician evaluates operating status, indicator lights, available measurements, and whether the equipment is converting power as expected.

Reviewing Monitoring Information

Production and communication data may reveal when the problem began and whether it affects the entire system or only certain panels.

Inspecting Accessible Wiring and Connections

Damaged, loose, deteriorated, or animal-affected wiring can produce symptoms that resemble inverter failure.

Evaluating Other Solar Components

Panels, optimizers, microinverters, disconnects, breakers, gateways, and utility conditions may need to be considered before the central inverter is identified as the source.

Determining the Appropriate Solution

After identifying the likely cause, the technician can recommend monitoring, reconnection, repair, component replacement, or coordination with the manufacturer or utility provider.

Does a Faulty Solar Inverter Need Repair or Replacement?

Not every inverter problem requires complete replacement. The appropriate solution depends on:

The inverter’s age and condition
The specific fault
Equipment design
Availability of replacement parts
Manufacturer warranty status
Compatibility with the existing system
Labor and repair costs
Whether the problem is internal or elsewhere in the system

Small residential microinverters and string inverters are often replaced when internal hardware fails, while other problems may be resolved through wiring repair, communication restoration, configuration correction, or replacement of a different component. The Department of Energy notes that inverter-related issues account for a significant portion of photovoltaic system downtime and maintenance.

A professional diagnosis should come before any decision to replace the inverter.

String Inverter and Microinverter Warning Signs

Why Prompt Inverter Service Matters

The system design can affect how inverter trouble appears.

String Inverter Problems

A string inverter typically serves multiple panels. If it shuts down, production from a large portion of the system, or the entire system, may stop.

Possible signs include:

No system-wide production
Error messages on the central inverter
Repeated shutdowns
Warning lights
Missing system-level monitoring data

Microinverter Problems

Microinverters are installed at individual panels. If one unit fails, the remaining panels may continue producing electricity.

Possible signs include:

One panel showing little or no production
A panel-level communication alert
Several panels in one area dropping offline
Partial rather than complete production loss

Monitoring data can help narrow the issue, but physical and electrical diagnostics may still be required to identify the failed component.

A persistent inverter problem can reduce the amount of usable electricity produced by the solar system. Depending on the system design, one failed component may affect an individual panel, a group of panels, or the entire array.

Timely diagnostics can help:

Reduce unnecessary system downtime
Identify the actual source of the fault
Prevent repeated shutdowns
Restore accurate monitoring information
Determine whether warranty support may apply
Avoid replacing functioning equipment unnecessarily

Do not assume that a monitoring error is harmless or that every inverter warning requires a new unit. Our Solar Panel Repair team can perform a professional evaluation, identify the source of the problem, and recommend an appropriate solution.

If the cause of the performance problem is unclear, schedule Solar Panel Inspections for a broader evaluation of the panels, inverter, wiring, mounting equipment, and monitoring system.

Frequently Asked Questions About Solar Inverter Repair

Schedule Solar Inverter Repair in Utah

If your inverter displays an error, repeatedly shuts down, stops reporting, or appears to be reducing solar production, Modern Energy Solutions can evaluate the problem and recommend the appropriate next step.

Our inverter diagnostic and solar repair services are available in:

Lehi
American Fork
Saratoga Springs
Lindon
Orem
Provo
Pleasant Grove
Sandy
Draper
Riverton

Call Modern Energy Solutions at (801) 941-7541 or submit the online contact form to request solar inverter diagnostics.

Is a Solar Battery Backup Right for Your Home?

Fri, 24 Jul 2026 14:33:30 GMT

A solar battery backup may be a good fit if you want selected appliances to remain available during outages, want to use more of the energy generated by your solar panels, or prefer greater control over your home's electricity use.

The right solution depends on more than the size of your solar panel system. Your energy consumption, essential appliances, desired backup duration, existing equipment, electrical service, installation space, and budget all affect battery selection.

Before choosing a system, identify what you want the battery to accomplish. A household seeking to keep its refrigerator, lights, and internet running will have different requirements than one expecting to operate air conditioning, electric heating, a well pump, or most of the home during an outage.

What Is a Solar Battery Backup System?

A solar battery stores electricity for later use. When paired with a properly configured solar panel system, the battery may charge using solar energy that is not immediately needed by the home.

Stored energy can then be used:

During a utility outage
After the sun goes down
When solar production is lower than household demand
During higher-cost utility periods when supported by the equipment and rate plan
To reduce reliance on electricity drawn directly from the grid

Most conventional grid-connected solar systems shut down during an outage for safety. The U.S. Department of Energy explains that solar panels generally require a properly configured inverter and storage system to continue providing power when the grid is unavailable.

Simply having solar panels does not necessarily mean your home will have electricity during a blackout.

Questions to Consider Before Installing a Solar Battery

What Do You Want the Battery to Accomplish?

Begin by defining your primary goal. Homeowners commonly consider battery storage for:

Backup power during utility outages
Greater use of the solar energy produced at home
Reduced dependence on the electrical grid
Support for selected essential appliances
Greater control over when stored energy is used
Preparation for future household energy needs

Backup resilience and everyday energy management are related but different goals. A system designed primarily for short outages may not be the same as one intended to support substantial household loads for an extended period.

Which Appliances Are Essential During an Outage?

Create a prioritized list of the appliances and circuits you want available when grid power is lost.

Essential loads may include:

Refrigerator or freezer
Selected lights
Internet modem and Wi-Fi router
Phone and computer charging
Garage door opener
Selected outlets
Security equipment
Medical equipment
Well pump
Heating or cooling equipment

Larger appliances often require more power and may deplete stored energy more quickly. Air conditioners, electric heaters, water heaters, clothes dryers, cooking appliances, pool pumps, and electric vehicle chargers can substantially increase battery requirements.

If anyone in the home depends on powered medical equipment, consult the equipment provider and develop an appropriate emergency plan. A residential battery should not be treated as the only safeguard for a life-safety need without professional guidance and an additional contingency plan.

How Much Electricity Does Your Home Use?

Electricity consumption helps determine the battery capacity appropriate for your goals. Review recent utility bills and, if available, hourly or daily consumption information.

Consider:

Typical daily electricity use
Evening and overnight consumption
Seasonal changes in demand
Heating and cooling equipment
Well or sump pumps
Electric vehicle charging
Future appliances or home additions
Whether you expect energy use to increase

Annual usage is useful for planning, but backup design should also account for how much power the home may require at one time.

How Long Do You Want Backup Power to Last?

Backup duration depends on the amount of stored energy available and how quickly the household uses it. Running only a few essential loads can extend battery duration, while operating high-demand appliances can drain the same battery much sooner.

Actual duration may be influenced by:

The battery's usable capacity
Its charge level when the outage begins
The number of appliances operating
Appliance starting requirements
Outage length
Solar production during the outage
Weather and shading
Equipment operating limits

Solar production may recharge a compatible battery during a daytime outage, but the amount of available sunlight cannot be guaranteed. Cloud cover, snow, shading, season, and household consumption can affect whether the system generates more energy than the home is using.

Do You Need Partial or Whole-Home Backup?

A partial-home system supports selected circuits or essential loads. A whole-home configuration is designed to serve a broader range of household equipment, subject to the battery system's power and capacity limits.

Partial backup may prioritize:

Refrigeration
Lighting
Internet service
Selected outlets
Small electronics
Other essential circuits

Whole-home backup may require greater battery capacity, additional equipment, load-management controls, or multiple batteries, particularly when the home includes central air conditioning, electric heating, pumps, or other large electrical loads.

Battery manufacturers distinguish between partial backup for selected essential loads and whole-home configurations intended to support more appliances. The correct design still depends on the property, equipment, and household consumption, as outlined in Tesla's backup-design overview .

Is Your Existing Solar System Compatible?

A battery can sometimes be added to an existing solar system, but compatibility should be evaluated before equipment is selected.

The assessment may consider:

Solar inverter type
Existing panel configuration
Battery communication requirements
Electrical-panel capacity
Available equipment connections
Solar system age and condition
Manufacturer compatibility
Utility and permitting requirements

Some projects can integrate storage with limited changes, while others may require inverter modifications, electrical upgrades, additional control equipment, or a different design approach.

Is There a Suitable Installation Location?

Battery systems require an installation area that satisfies manufacturer instructions and applicable electrical, building, and fire requirements.

Potential locations may include an approved:

Garage wall
Utility room
Basement equipment area
Exterior wall
Other protected installation space

The final location depends on equipment specifications, environmental exposure, required clearances, electrical access, ventilation considerations, and local requirements.

The U.S. Department of Energy offers guidance for homebuilders on preparing a home for battery storage, including installation and equipment considerations.

Do not purchase battery equipment based solely on whether it appears to fit on an open wall. A site evaluation should confirm that the proposed location is appropriate.

What Is Your Budget?

Battery project costs vary based on:

Battery brand and model
Storage capacity
Power output
Number of batteries
Partial or whole-home design
Electrical-panel modifications
Control and transfer equipment
Installation complexity
Permits and inspections
Compatibility with existing solar equipment

Available tax credits, utility programs, and financing options may change. Confirm current eligibility and requirements with the relevant government agency, utility provider, tax professional, or financial advisor before relying on a particular incentive.

Understanding Battery Capacity and Power

Battery capacity and power are related but different.

Battery Capacity

Capacity is commonly measured in kilowatt-hours. It represents how much usable energy the battery can store. Greater usable capacity can generally support the same loads for a longer period.

Battery Power

Power is measured in kilowatts. It indicates how much electricity the battery can deliver at one time. A battery may have enough stored energy to run several appliances for hours but lack the power output needed to start or operate them all simultaneously.

A professional system design considers both questions:

How much energy must be stored?
How much power must be delivered at once?

Battery quantity should not be selected using capacity alone.

Benefits of Adding Battery Storage to Solar

A properly designed solar-plus-storage system may provide several benefits.

Backup Power During Outages

A compatible battery system can disconnect from the utility grid and supply electricity to designated household loads during an outage.

Greater Use of Solar Energy

Energy generated during the day can be stored for later use instead of being used immediately or exported to the grid.

More Control Over Household Energy

Compatible battery controls may allow homeowners to decide how much stored energy is reserved for outages and how much is used during normal operation.

Expandable Energy Planning

Some systems can be designed with future battery expansion, additional solar panels, or changing household energy needs in mind. Expansion depends on the selected equipment and original design.

Situations Where a Solar Battery May Be Worth Considering

Battery backup may deserve serious consideration if:

Your area experiences recurring outages
You work from home and depend on internet connectivity
Your property relies on a well pump
You want selected appliances available during outages
You want to use more of your solar production after sunset
You are installing a new solar system and want storage included
You prefer an alternative to a fuel-powered portable generator
You want greater control over household energy use

A battery may be less urgent if outages are rare, backup power is not a priority, or the expected benefits do not justify the project cost for your household. The decision should be based on your goals rather than the assumption that every solar home requires battery storage.

Questions to Ask a Solar Battery Installer

Before approving a battery project, ask:

Which appliances and circuits will receive backup power?
Is the design partial-home or whole-home backup?
What are the battery's usable capacity and power output?
How long might it support my planned loads?
Can the battery recharge from solar during an outage?
Is the equipment compatible with my existing solar system?
Will my electrical panel require modifications?
Where will the equipment be installed?
Can the system be expanded later?
Which equipment and workmanship warranties apply?
What monitoring and support are included?
Which permits and utility approvals are required?

The answers should be based on your property, equipment, and energy usage, not a generic backup estimate.

Frequently Asked Questions About Solar Battery Backup

Find the Right Solar Battery Backup System for Your Utah Home

Modern Energy Solutions evaluates your energy use, existing equipment, backup priorities, available installation space, and property requirements before recommending a battery solution.

Solar battery installation and support are available in:

Lehi
American Fork
Saratoga Springs
Lindon
Orem
Provo
Pleasant Grove
Sandy
Draper
Riverton

Call Modern Energy Solutions at (801) 941-7541 or submit the online contact form to discuss a solar battery backup system for your home.

How Often Should Solar Panels Be Inspected?

Fri, 24 Jul 2026 14:30:42 GMT

Solar panels are built for long-term outdoor use, but that does not mean the entire system should be ignored after installation. Panels, inverters, wiring, mounting hardware, monitoring equipment, and roof penetrations can all develop problems that may not be immediately visible from the ground.

How Often Should You Schedule a Professional Solar Inspection?

As a general guideline, property owners should consider scheduling a professional solar panel inspection once a year. An inspection may be needed sooner if the system’s production declines, an inverter displays an error, severe weather affects the property, or visible damage appears.

Regular inspections can help identify developing concerns before they lead to prolonged energy loss or more extensive repairs.

An annual solar system inspection is a practical starting point for many homes and businesses. However, the appropriate schedule may depend on the system’s age, equipment, location, surrounding environment, warranty requirements, and recent performance.

A professional inspection should also be considered:

After severe wind, hail, or another significant weather event
When solar production drops unexpectedly
When the inverter displays an error or warning
When the monitoring system stops reporting correctly
Before purchasing a property with existing solar panels
Before or after roof repairs and replacement
After nearby construction or falling debris affects the roof
When birds or other animals begin nesting beneath the panels
When the system has not been evaluated for several years

Property owners should also review the maintenance recommendations supplied by the panel, inverter, and battery manufacturers. Some equipment warranties may specify inspection, maintenance, or documentation requirements.

Why Solar Panel Inspections Matter

Solar panels have few moving parts, but a solar energy system contains numerous interconnected components. A problem with one panel, electrical connection, inverter, optimizer, or monitoring device can affect the performance of part or all of the system.

Identify Production Problems

A solar system may continue generating electricity even when it is operating below its expected capacity. Reviewing available production information can help identify underperforming panels, inverter problems, or communication issues.

Find Developing Equipment Concerns

Loose connections, deteriorated wiring, damaged panels, and unstable mounting hardware may worsen when left unaddressed. An inspection gives a trained technician an opportunity to identify visible concerns and recommend the appropriate next step.

Evaluate the Condition of the System

An inspection provides a clearer understanding of the condition of the panels and supporting equipment. This information can be particularly valuable when purchasing a solar-equipped home or taking responsibility for a system installed by another company.

Support Preventative Maintenance

Inspections and maintenance work together. Inspection findings can help determine whether the panels need cleaning, debris needs to be removed, a critter guard should be installed, or a component requires professional service.

Warning Signs Your Solar Panels May Need an Inspection

Do not wait for the next routine appointment if your system shows signs of a possible problem. Schedule an inspection or diagnostic service when you notice any of the following.

Unexpected Decline in Energy Production

Solar production naturally changes with the season, weather, daylight hours, and shading. However, a substantial or sustained decline without an obvious explanation may indicate that part of the system is not operating correctly.duction

Compare current production with similar periods from previous years when that information is available. A single cloudy day is not usually a cause for concern, but a continuing pattern may deserve professional attention.

Inverter Errors or Warning Lights

The inverter is an essential part of the solar system. Error codes, warning lights, frequent shutdowns, or missing production data may point to an inverter, electrical, or communication problem.

Record the error code or take a clear photograph of the display before contacting a solar service provider. This information may help the technician prepare for the appointment.

Monitoring System Alerts

According to the U.S. Department of Energy, solar monitoring platforms can identify abnormal conditions, faults, and underperformance that may require attention. If an alert suggests a problem with panels, wiring, mounting hardware, or other physical components, schedule a professional inspection.

Visible Panel Damage

Cracked glass, displaced panels, unusual discoloration, or accumulated debris should be evaluated. Avoid climbing onto the roof to inspect the damage yourself. Rooftop solar equipment involves fall and electrical hazards, even when the system appears inactive.

Loose or Exposed Wiring

Wiring that appears loose, damaged, chewed, or exposed requires professional attention. Do not touch solar wiring or attempt an electrical repair without appropriate training and equipment.

Birds or Animals Beneath the Panels

Birds, squirrels, and other animals may nest beneath a solar array. Nesting materials and animal activity can interfere with wiring, restrict airflow, and leave debris around the equipment.

A professional can inspect the affected area, recommend cleanup or repairs, and determine whether critter guards are appropriate.

Roof Leaks Near the Solar Installation

Water stains or leaks near roof penetrations should be investigated promptly. The source may be unrelated to the solar system, but an inspection can help evaluate the area around the mounting attachments

What Does a Professional Solar Panel Inspection Include?

The exact inspection process depends on the system and the reason for the appointment. A comprehensive inspection may evaluate the following areas.

Solar Panels

The technician checks accessible panel surfaces and frames for cracks, physical damage, displacement, debris, and other visible concerns.

Mounting Equipment

Racking, clamps, and accessible attachment points may be reviewed for movement, corrosion, loose components, or signs of damage.

Wiring and Electrical Connections

Accessible wiring and connections are inspected for visible deterioration, loose components, animal damage, and other potential electrical concerns.

Inverter and Related Equipment

The technician reviews inverter operation, indicator lights, error codes, and available production information. Microinverters or optimizers may also be evaluated when system data indicates a problem.

Solar Monitoring System

Monitoring functionality and available production data can be checked for missing information, communication failures, or patterns suggesting underperformance.

Roof Penetrations and Surrounding Areas

Accessible areas around mounting attachments may be checked for visible signs of deterioration, movement, or water intrusion.

Overall System Performance

The technician may compare available system data and equipment status to determine whether further diagnostics, maintenance, or repairs are recommended.

Modern Energy Solutions lists panels, inverters, wiring, mounting structures, monitoring systems, and roof penetrations among the components covered by its professional inspection service. Modern Energy Solutions inspection services

Can Homeowners Inspect Their Own Solar Panels?

Property owners can perform basic observations without accessing the roof or opening electrical equipment.

Between professional inspections, you can:

Review the monitoring platform regularly
Look for unexpected changes in energy production
Check the inverter for visible alerts
Observe the panels safely from the ground
Watch for debris or animal activity
Note roof leaks or water stains inside the property
Keep records of error codes and production changes

These checks can help you recognize when professional service may be needed. They are not a replacement for a rooftop and electrical inspection by a qualified technician.

Do not climb onto the roof, walk on solar panels, disconnect wiring, remove equipment covers, or attempt electrical repairs yourself.

When Is the Best Time to Inspect Solar Panels in Utah?

A solar inspection can be scheduled at any point during the year when a problem is suspected. For routine inspections, many Utah property owners choose spring or fall, when the appointment can help evaluate the system before or after more demanding seasonal conditions.

Utah solar systems may be exposed to:

Seasonal snow and ice
Strong wind
Dust and airborne debris
Intense summer sunlight
Temperature fluctuations
Bird and animal activity

The best timing ultimately depends on the property and system. If an error, performance decline, or visible problem appears, it is better to request an evaluation instead of waiting for a preferred season.

When an Inspection Leads to Maintenance or Repair

An inspection does not automatically mean that repairs will be necessary. In some cases, the system may only need cleaning, monitoring assistance, debris removal, or continued observation.

If a problem is found, the recommended next step may involve:

Solar panel cleaning
Wiring or connection service
Inverter troubleshooting or replacement
Monitoring system troubleshooting
Panel or module replacement
Mounting hardware service
Critter guard installation
Solar panel removal and reinstallation for roof work

The inspection helps define the issue so the property owner can make an informed decision about maintenance or repair .

Frequently Asked Questions About Solar Inspections

Schedule a Solar Panel Inspection in Utah

If your solar system has not been evaluated recently, or if you have noticed production loss, inverter errors, visible damage, or monitoring problems, Modern Energy Solutions can inspect the system and explain the findings.

We provide solar panel inspections and system diagnostics in:

Lehi
American Fork
Saratoga Springs
Lindon
Orem
Provo
Pleasant Grove
Sandy
Draper
Riverton

Call Modern Energy Solutions at (801) 941-7541 or submit the online contact form to request an inspection.