Solar Inspection Services

Enerlux (Pty) Ltd delivers comprehensive solar inspection services for residential, commercial, and industrial systems. Our solar inspections are performed by experienced electricians and licensed solar installer inspections teams to validate safety, performance, and compliance while safeguarding warranties and insurance.

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Licensed Solar Inspections

A licensed solar inspection is one of the most important steps in ensuring that a solar power system is safe, compliant, and performing as it should. At Enerlux, our solar inspections are carried out by qualified professionals who understand both electrical regulations and solar system design.

Whether a system has already been installed or is being evaluated before installation, a proper inspection helps identify potential issues that could affect safety, efficiency, or long-term performance. Our goal is to give property owners peace of mind by ensuring their solar system follows correct electrical practices and industry standards.

During a solar inspection, our technicians assess key components of the system including the inverter installation, solar panel wiring, protection equipment, earthing, and system configuration. We also check that the installation aligns with electrical best practices and that the system has been installed in a way that protects both the property and the electrical network.

Solar inspections are often required in several situations. Property owners may request an inspection before purchasing a home with an existing solar system, before upgrading a system with additional batteries or panels, or when concerns arise about system performance. Inspections are also recommended when systems have been installed by unknown contractors or when documentation and compliance certificates are missing.

By conducting a thorough inspection, potential problems such as incorrect wiring, insufficient protection devices, poor cable management, or improper inverter configuration can be identified early. Addressing these issues quickly helps prevent equipment damage, electrical hazards, and costly repairs in the future.

At Enerlux, we believe that solar energy systems should not only produce power but also meet high standards of safety and reliability. Our licensed solar inspections provide a professional evaluation of the system so that homeowners and businesses can confidently rely on their solar investment.

Why a Solar Inspection Matters

A professional solar inspection plays a critical role in protecting both the performance and safety of a solar power system. While solar installations are designed to operate for many years, components such as wiring, protection devices, and inverter configurations must be installed and maintained correctly to ensure the system continues to operate efficiently and safely.

Periodic solar inspections help confirm that a system remains aligned with manufacturer specifications, electrical standards, and proper installation practices. During an independent inspection, a qualified solar electrician carefully reviews the installation to identify potential issues such as wiring defects, undersized breakers, missing surge protection, incorrect inverter settings, or battery configuration errors. Detecting these problems early can prevent equipment damage, power interruptions, or expensive system failures later.

Solar inspections are also important for property owners who want documented confirmation that their solar system meets acceptable electrical standards. This documentation can be valuable for insurance purposes, system upgrades, property sales, or warranty claims with manufacturers.

Key Outcomes of Expert Solar Inspections

Safety Assurance
One of the primary goals of a solar inspection is to confirm that the system operates safely. This includes verifying proper isolation points, ensuring correct earthing and bonding, checking that protection devices are correctly installed, and confirming that the DC side of the system is configured to minimize arc-fault risks.

Performance Optimisation
A detailed inspection can also identify opportunities to improve system performance. Technicians review inverter settings, MPPT configuration, string layout, and the condition of solar panels. Factors such as shading, dirt accumulation, or incorrect string mapping can reduce solar output, and correcting these issues can help the system produce more usable energy.

Compliance Evidence
A professional inspection provides documented evidence that a solar installation follows recommended electrical practices and manufacturer guidelines. This documentation can support compliance verification, Certificate of Compliance (CoC) scope assessments, and regulatory requirements depending on the installation type.

Warranty and Insurance Protection
Many equipment warranties and insurance policies require proof that systems have been installed and maintained correctly. A formal inspection report demonstrates professional oversight and responsible system management, which can be important when submitting warranty claims or insurance documentation.

By conducting periodic solar inspections, homeowners and businesses can ensure their solar investment remains safe, efficient, and properly maintained for many years.

What Our Solar Inspections Cover

DC (PV) Side – Solar Inspection Scope

The DC (PV) side of a solar power system is where electricity is generated and delivered from the solar panels to the inverter. Because this portion of the system operates with high DC voltages, it must be installed and maintained correctly to prevent electrical faults, fire risks, or performance losses. A professional solar inspection of the DC side focuses on verifying that the photovoltaic (PV) components are installed safely, correctly configured, and operating within manufacturer specifications.

During a DC-side inspection, technicians carefully evaluate the condition and installation of the solar panels, mounting systems, wiring, connectors, and protection equipment. The goal is to confirm that the solar array is properly designed and that the electrical connections between the panels and the inverter are secure, protected, and compliant with electrical standards.

One of the key elements reviewed during a DC inspection is the solar panel string configuration. Inspectors verify that the number of panels connected in series aligns with the inverter’s voltage range and MPPT specifications. Incorrect string sizing can lead to poor system performance or even damage to the inverter over time.

The inspection also includes checking all DC cabling and connectors to ensure they are properly terminated, protected against environmental exposure, and correctly routed. Loose connectors, damaged cables, or incorrect MC4 connections can create resistance, overheating, or arc-fault conditions that pose safety risks.

Additional components such as DC isolators, combiner boxes, surge protection devices, and earthing connections are also reviewed. These devices play an important role in protecting the system from electrical faults, lightning surges, and maintenance hazards.

Typical DC (PV) Inspection Checks

Solar Panel Condition
Inspectors review the physical condition of the solar panels to identify cracks, delamination, hotspots, or signs of damage that could reduce output or shorten panel lifespan.

Mounting Structure and Fixings
The panel mounting system is inspected to ensure it is securely installed, corrosion-resistant, and capable of withstanding environmental conditions such as wind loads.

String Configuration and Voltage Levels
Technicians confirm that the PV strings are correctly sized and operating within the inverter’s allowable voltage and current limits.

DC Cabling and Connectors
All solar cables and connectors are inspected for correct polarity, proper termination, and protection from UV exposure or mechanical damage.

DC Isolators and Protection Devices
Isolators, fuses, and surge protection devices are checked to confirm they are installed correctly and accessible for safe system isolation.

Earthing and Bonding
The inspection verifies that panel frames, mounting rails, and metal components are properly bonded and connected to the earthing system to reduce electrical hazards.

By carefully inspecting the DC (PV) side of a solar installation, technicians can identify potential issues that may affect system safety, reliability, or performance. Addressing these issues early helps ensure that the solar array continues to operate efficiently and safely for many years.

AC Side – Solar Electrician Inspections

The AC side of a solar installation connects the inverter output to the property’s electrical distribution board (DB) and ultimately to the utility grid. This portion of the system must be installed and configured correctly to ensure safe integration with the building’s electrical infrastructure and to prevent overloads, electrical faults, or compliance issues.

During an AC-side solar inspection, a qualified solar electrician evaluates how the inverter interacts with the property’s electrical system. This includes verifying that circuit protection devices are correctly sized, cables are properly installed, and the system follows electrical best practices and applicable grid standards.

The inspection also ensures that the solar system can safely handle fault conditions, grid interactions, and electrical loads without creating hazards or affecting other circuits within the property.

Key Areas Checked During AC Solar Inspections

Breaker Sizing and Protection Devices
The inspection confirms that the correct protection devices are installed, including MCBs (Miniature Circuit Breakers), RCCBs/RCDs (Residual Current Devices), and RCBOs (combined protection devices). Proper breaker sizing ensures that circuits are protected against overloads and short circuits while maintaining safe system operation.

Earthing and Bonding Verification
Correct earthing and bonding are essential for electrical safety. Inspectors verify that the inverter, DB board, and associated components are properly grounded and bonded according to electrical standards. This reduces the risk of electric shock and ensures that fault currents can safely dissipate through the earthing system.

Prospective Short-Circuit Current (PSCC) Considerations
Solar electricians also review the system’s ability to handle potential fault currents. By evaluating prospective short-circuit current levels, they can confirm that installed protection devices are capable of interrupting fault conditions safely without damaging equipment or wiring.

Cable Sizing and Terminations
All AC cables are inspected to ensure they are correctly sized for the expected current loads and installed according to best practices. Inspectors review cable routing, trunking, and gland connections, and perform torque checks on terminations to confirm that electrical connections are secure and properly tightened.

Labelling and Identification
Proper labelling of solar circuits, isolators, and protection devices is verified to ensure that electricians and maintenance personnel can easily identify system components during servicing or emergency isolation.

Grid-Code Compliance and System Configuration
The inspection also verifies that inverter grid settings align with required grid-code parameters. This includes confirming export limiting configurations, anti-islanding protections, and correct CT (current transformer) orientation when applicable. These settings ensure that the solar system interacts safely with the utility grid and operates within permitted limits.

By thoroughly inspecting the AC side of a solar installation, qualified solar electricians help ensure that the system is safe, compliant, and correctly integrated with the property’s electrical infrastructure. This reduces the risk of electrical faults while supporting reliable and efficient solar system performance.

Inverter – Licensed Solar Installer Inspections

The inverter is the central component of a solar power system, responsible for converting DC electricity generated by the solar panels into usable AC power for the property. Because the inverter manages power flow between the solar array, batteries, and the electrical grid, it must be configured and installed correctly to ensure reliable system performance.

During a licensed solar installer inspection, the inverter is carefully evaluated to confirm that it is operating within manufacturer specifications and that its configuration matches the design of the solar installation. Inspectors review both the physical installation of the inverter and its internal system settings to identify potential issues that could affect safety, performance, or long-term reliability.

A detailed inverter inspection also provides insight into how the system has been operating over time by reviewing logs, system alerts, and historical performance data.

Key Areas Checked During Inverter Inspections

Firmware and System Diagnostics
The inspection includes verifying the inverter firmware version to ensure it is up to date and compatible with the installed hardware and monitoring systems. Event logs, alarm notifications, and error histories are reviewed to identify recurring faults or system interruptions that may require further investigation.

MPPT Configuration and String Mapping
Inspectors confirm that solar panel strings are correctly assigned to the inverter’s MPPT inputs and that the voltage and current levels fall within the inverter’s recommended operating range. Incorrect MPPT configuration or string mapping can lead to reduced energy production or unnecessary system stress.

PV Voltage Verification
The system is checked to confirm that the minimum and maximum PV voltages remain within the inverter’s allowable limits. This ensures the inverter can start efficiently in low sunlight conditions while preventing potential damage caused by excessive voltage during high solar production.

Thermal Conditions and Ventilation
Inverter operating temperatures are evaluated along with the installation environment. Proper ventilation, sufficient clearance around the inverter, and protection from environmental factors such as dust, moisture, and direct sunlight are important for maintaining stable operation and extending the lifespan of the equipment.

Environmental Protection and IP Rating
Inspectors verify that the inverter installation matches the environmental protection rating specified by the manufacturer. This includes ensuring that indoor and outdoor installations provide the appropriate level of protection against dust and moisture.

Load Configuration and Power Distribution
Where hybrid or backup systems are installed, the inspection reviews how loads are configured between essential and non-essential circuits. This includes checking AC changeover arrangements and confirming that critical loads are correctly connected to backup circuits. Load audits may also be performed to ensure that inverter capacity is sufficient for the connected loads.

By conducting a detailed inverter inspection, licensed solar installers can confirm that the system is configured correctly, operating efficiently, and capable of delivering reliable solar power for both residential and commercial applications.

Battery Storage (LiFePO₄ / Lithium) – Inspection Scope

Battery storage systems are a critical part of many modern solar installations, especially where backup power and energy storage are required. Lithium iron phosphate (LiFePO₄) batteries are widely used due to their stability, safety characteristics, and long cycle life. However, proper installation, configuration, and protection are essential to ensure that these battery systems operate safely and efficiently.
During a professional solar inspection, the battery storage system is carefully assessed to verify that it is correctly integrated with the inverter and that all electrical and communication components are functioning as intended. Because lithium battery systems include internal battery management systems (BMS), communication protocols, and DC protection devices, inspections focus on both electrical safety and system configuration.
A well-performed battery inspection helps prevent issues such as communication failures, incorrect charging behaviour, overheating, or protection device mismatches that could affect battery lifespan or system reliability.

Key Areas Checked During Battery Storage Inspections

Battery Management System (BMS) Status
The inspection reviews the battery management system to confirm that it is operating normally and that there are no recorded fault conditions. State of Charge (SOC) calibration is verified to ensure that the battery accurately reports its available capacity to the inverter and monitoring platform.

Communication and Protocol Compatibility
Inspectors verify that communication between the battery and inverter is functioning correctly through RS485 or CAN communication channels. Proper protocol compatibility is essential for lithium batteries, as the inverter relies on BMS data to regulate charge and discharge cycles safely.

Charge and Discharge Current Limits
Battery current limits are checked against the installed DC cabling, fuses, and protection devices. This ensures that the system is capable of safely handling the expected current flow without exceeding cable ratings or protection limits. Correct DC protection sizing also takes into account potential prospective short-circuit current (PSCC) conditions.

Thermal Management and Ventilation
Battery temperature management is an important factor in maintaining safe operation and extending battery lifespan. Inspectors review spacing between battery units, ventilation conditions, and enclosure design to ensure that heat can dissipate effectively and that batteries are not exposed to excessive environmental conditions.

Battery Enclosure and Physical Safety
The physical installation of the battery system is inspected to confirm that mounting structures, wall brackets, or cabinets are secure and appropriate for the battery weight and configuration.

DC Busbars and Electrical Connections
All DC connections within the battery system are carefully inspected, including busbars, cable terminations, lugs, and crimping points. Torque checks may be performed to confirm that connections are secure and capable of carrying the required current safely. Inspectors also verify proper insulation and dielectric separation between conductive components.

By conducting a detailed inspection of the battery storage system, licensed solar professionals can confirm that lithium battery installations are safe, correctly configured, and capable of delivering reliable backup power and energy storage performance.

Mounting & Roof / Structure – Solar Inspection Scope

The mounting structure and roof interface form the physical foundation of a solar installation. While solar panels generate electricity, the structural mounting system ensures that the panels remain securely attached to the roof or mounting surface for many years. A properly installed mounting system protects both the solar equipment and the building structure from environmental stress such as wind, rain, and temperature changes.

During a solar inspection, the mounting system and roof structure are carefully assessed to confirm that the installation is mechanically secure, weatherproof, and aligned with recommended installation practices. Poor mounting installations can lead to loose panels, structural damage, water leaks, or long-term safety risks.

Professional inspections help verify that the solar panels and mounting components have been installed using the correct materials, spacing, and fastening methods to ensure durability and long-term system reliability.

Key Areas Checked During Mounting and Structural Inspections

Rail and Mounting System Integrity
Inspectors review the mounting rails and brackets to confirm that they are properly secured to the roof structure and capable of supporting the solar array. The condition of the mounting system is checked for signs of movement, structural weakness, or incorrect installation.

Fasteners and Torque Verification
All mounting fasteners, bolts, and clamps are inspected to ensure they are correctly tightened and properly secured. Torque markings are often used to confirm that bolts have been tightened to the recommended specifications. Inspectors also look for signs of corrosion or deterioration in fasteners and structural components.

Roof Penetrations and Sealing
Where mounting brackets penetrate the roof surface, proper sealing and flashing are essential to prevent water ingress. The inspection checks that roof penetrations have been correctly sealed and that waterproofing measures are in place to protect the building structure.

Flashing and Waterproofing Protection
Flashing components are inspected to ensure they are correctly installed and able to divert water away from roof penetrations. This is particularly important for pitched roofs where rainwater flow must be properly managed.

Solar Panel Alignment and Clamp Positioning
Panels are inspected to confirm that they are correctly aligned and evenly spaced across the array. Clamp positions are also verified to ensure they fall within the approved clamp zones specified by the solar panel manufacturer, which helps protect the panel frame and structural integrity.

Wind and Environmental Load Considerations
The mounting system is evaluated to ensure it can withstand expected environmental conditions such as strong winds or structural loading. Proper rail spacing, mounting bracket placement, and fastening methods help ensure the solar array remains secure even during severe weather conditions.

By thoroughly inspecting the mounting system and roof structure, solar professionals can ensure that the solar installation remains mechanically stable, weatherproof, and capable of supporting the solar array safely over its operational lifespan.

Monitoring, Performance & Documentation – Solar Inspection Scope

Monitoring and performance analysis are essential parts of a professional solar inspection. While the physical installation ensures that a system is safe and secure, monitoring tools provide insight into how effectively the system is performing on a daily basis. A properly configured monitoring system allows both the installer and the property owner to track solar production, identify irregularities, and ensure the system is operating within expected performance ranges.

During this stage of the inspection, technicians evaluate the system’s real-time performance data and compare it against expected production benchmarks. This helps determine whether the solar system is operating efficiently or if there are hidden losses affecting energy output.

A detailed monitoring review also ensures that the system owner has access to the correct monitoring portals or mobile applications, enabling them to track solar production, battery status, and overall system health.

Key Areas Checked During Monitoring and Performance Inspections

Live Performance Snapshot
Inspectors review the system’s current production data to obtain a real-time snapshot of solar generation, inverter activity, and battery status (if applicable). This provides an immediate overview of how the system is performing at the time of inspection.

Performance Benchmarking
The solar system’s output is compared with baseline benchmarks based on system size, panel orientation, and expected solar irradiation for the region. This helps identify whether the system is generating energy within the expected performance range.

Loss Tree Analysis
If performance deviations are identified, a loss analysis may be conducted to determine possible causes. Common sources of energy loss include panel soiling, shading from nearby structures or vegetation, module mismatch between strings, or suboptimal panel orientation.

Monitoring System Configuration
The inspection verifies that the inverter monitoring portal or mobile application has been properly configured and is actively reporting system data. Alerts and notifications are reviewed to ensure that system owners are informed if faults or abnormal conditions occur.

Key Performance Indicators (KPIs)
Performance indicators such as Performance Ratio (PR), system yield, and specific energy output are reviewed to measure overall system efficiency. These indicators provide valuable insight into how effectively the solar installation is converting sunlight into usable electricity.

Inspection Documentation and Reporting
A professional inspection typically includes detailed documentation of findings. This may include photographic evidence of system components, a severity ranking of identified issues, and clear recommendations for corrective actions if required. Proper documentation helps property owners understand the condition of their solar system and provides a reference for future maintenance or upgrades.

By reviewing monitoring data and system performance alongside physical installation checks, solar professionals can provide a comprehensive assessment of both the operational health and efficiency of a solar installation.

Types of Solar Inspections We Offer

Different stages of a solar system’s lifecycle require different types of inspections. At Enerlux, we offer several types of professional solar inspections designed to support system planning, commissioning, maintenance, and fault diagnosis. Each inspection focuses on ensuring that solar installations remain safe, compliant, and operating efficiently.

Pre-Installation Solar Inspection

A pre-installation solar inspection is carried out before any solar equipment is installed. This inspection evaluates the property to determine whether it is suitable for a solar system and helps ensure the installation is designed correctly from the start.

During this process, technicians assess the roof structure, available roof space, and panel orientation while also reviewing the electrical distribution board (DB) and incoming power supply. The inspection helps determine the best inverter location, cable routes, and system configuration. This step helps prevent design mistakes and ensures that the planned solar system will integrate properly with the building’s electrical infrastructure.

Post-Installation Commissioning Solar Inspection

After a solar system has been installed, a commissioning inspection verifies that the installation has been completed correctly and that the system is ready for normal operation.

This inspection includes verifying inverter settings, checking protection devices, confirming correct wiring and configuration, and ensuring that monitoring systems are functioning properly. Commissioning inspections also ensure that the system documentation and handover information provided to the property owner are accurate and complete.

Annual Solar Inspections & Safety Audits

Solar systems benefit from periodic inspections to maintain safety and long-term performance. Annual solar inspections focus on preventative maintenance and system optimisation.

During these inspections, technicians evaluate the physical installation, electrical protection devices, inverter performance, and monitoring data. Regular inspections help identify early signs of wear, environmental damage, or performance losses that could affect system efficiency. Annual inspections can also support warranty compliance and provide documentation for insurance requirements.

Insurance or Incident Solar Inspections

In cases where a solar system has been affected by external events such as lightning strikes, electrical surges, storms, theft, or physical impact, an incident inspection can determine the condition of the system.

Technicians assess equipment damage, evaluate electrical protection devices, and determine whether the system remains safe to operate. A professional inspection report may be used for insurance assessments or repair planning following the incident.

Pre-Purchase Solar System Inspections

When purchasing a property with an existing solar system, an independent solar inspection can provide valuable insight into the condition of the installation.

A pre-purchase inspection reviews the system’s electrical safety, installation quality, equipment condition, and overall performance. The inspection report helps buyers understand whether the system has been installed correctly and whether any upgrades or repairs may be required.

Troubleshooting Solar Inspections

Solar systems may occasionally experience performance or operational issues that require professional diagnosis. Troubleshooting inspections focus on identifying and resolving faults within the system.

Common issues investigated during troubleshooting inspections include nuisance breaker tripping, reduced solar energy production, battery runtime concerns, inverter overheating, unusual noise, or communication faults between system components. By identifying the root cause of the issue, technicians can recommend corrective actions to restore normal system operation.

By offering a range of specialised solar inspections, Enerlux helps homeowners and businesses maintain safe, reliable, and high-performing solar installations throughout the lifespan of their systems.

The Solar Inspection Process

A professional solar inspection follows a structured process to ensure that every important part of the solar system is carefully evaluated. At Enerlux, our inspection process is designed to provide clear findings, practical recommendations, and reliable documentation so that property owners fully understand the condition and performance of their solar installation.

Each stage of the inspection focuses on gathering accurate information, identifying potential risks, and providing clear guidance on how to maintain or improve the system.

Scope and System Brief

The inspection begins with an initial briefing to understand the solar system configuration and any concerns the property owner may have. Information such as the inverter model, number of solar panels, battery specifications, and known issues with system performance helps guide the inspection process.

This step allows the technician to prepare for the inspection and ensures that the evaluation focuses on the most relevant areas of the system.

On-Site Solar Inspection

Once on site, a qualified solar electrician or licensed solar installer performs a detailed inspection of the solar installation. This includes examining the electrical installation, inverter configuration, battery integration, panel mounting structures, and monitoring systems.

Both the mechanical and electrical components of the system are assessed to confirm that the installation follows safe practices and manufacturer guidelines.

System Testing and Evidence Collection

During the inspection, technicians perform various electrical tests and operational checks to verify that the system is functioning correctly. These tests may include voltage measurements, continuity checks, and verification of electrical protection devices.

Photographs are taken to document the condition of system components, and inverter configuration data may be exported where applicable. This information helps create an accurate record of the system’s condition at the time of inspection.

Inspection Report and Priority Assessment

After the inspection is completed, the findings are compiled into a clear and easy-to-understand report. The report outlines any issues identified during the inspection and categorises them according to severity levels such as Critical, High, Medium, or Low priority.

This structured approach helps property owners quickly understand which issues require immediate attention and which can be addressed during routine maintenance.

Remediation Plan and Recommendations

If problems are identified, the inspection report includes practical recommendations for corrective actions. These recommendations may include adjustments to system configuration, replacement of protection devices, cable improvements, or other electrical upgrades.

Where necessary, a list of required components and estimated repair costs can be provided to assist with planning corrective work.

Handover and Ongoing Support

The final stage of the inspection includes a handover discussion where the findings are explained and any questions from the property owner are addressed. Technicians may also provide advice on system optimisation, monitoring usage, and recommended maintenance practices.

For systems that require ongoing care, an optional maintenance schedule can be established to ensure that the solar installation continues to operate safely and efficiently over the long term.

Compliance, Warranty & Documentation

A professional solar inspection not only evaluates the technical condition of the system but also provides important documentation that supports electrical compliance, equipment warranties, and insurance requirements. At Enerlux, our inspections are conducted with a focus on safety, correct installation practices, and proper documentation so that property owners have clear records of their system’s condition.

Compliance with Electrical Best Practices

Solar inspections are carried out in alignment with recognised electrical installation practices and safe operating standards. This includes verifying that system components such as isolators, protection devices, labelling, and grid configuration settings have been installed and configured correctly.

During the inspection, technicians review critical elements such as safe isolation procedures, breaker and protection device selection, inverter configuration, and system labelling to ensure that the installation follows recommended safety guidelines and electrical practices.

Warranty Support

Many solar equipment manufacturers require proof that systems have been installed and operated according to their specifications before warranty claims can be considered. A licensed solar installer inspection helps demonstrate that the system has been professionally assessed and is operating within acceptable parameters.

Inspection reports can therefore provide valuable supporting documentation when submitting warranty claims for inverters, batteries, or solar panels.

Inspection Documentation

Following the inspection, property owners receive a detailed Solar Inspection Report in PDF format. This report includes a summary of findings, an issue tracker highlighting any concerns identified during the inspection, and photographic evidence documenting the condition of the installation.

The documentation package provides a clear record of the system’s condition and can be used for warranty claims, insurance documentation, or future maintenance planning.

Certificate of Compliance (CoC)

Where electrical work is performed by Enerlux as part of the inspection or corrective work, a Certificate of Compliance (CoC) can be issued for that specific work where applicable.

If a full-property electrical Certificate of Compliance is required, this can be arranged separately and quoted based on the scope of the inspection required.

Common Issues Found During Solar Inspections

Undersized or missing SPDs on DC/AC sides; no surge path to earth
Incorrect breaker/fuse selection; DC fusing not sized to PSCC
Reversed polarity, poor crimps, overheating terminals, or loose torque
Inverter firmware out of date; MPPT limits exceeded; export limit mis-set
Unsafe routing, UV damage, unprotected penetrations, or water ingress
Battery BMS alarms, incorrect communication protocol, or overcurrent settings
Monitoring disabled, no alerts, and no baseline performance targets

What You Receive

A professional Solar Inspection Report (PDF) with photos and measurements
A ranked remediation plan with parts/specs and implementation guidance
Optional quote for corrective work, optimization, or monitoring upgrades

Enerlux Solar Inspection Services

Solar Inspection Services

Licensed Solar Inspections

Why a Solar Inspection Matters

Key Outcomes of Expert Solar Inspections

What Our Solar Inspections Cover

DC (PV) Side – Solar Inspection Scope

Typical DC (PV) Inspection Checks

AC Side – Solar Electrician Inspections

Key Areas Checked During AC Solar Inspections

Inverter – Licensed Solar Installer Inspections

Key Areas Checked During Inverter Inspections

Battery Storage (LiFePO₄ / Lithium) – Inspection Scope

Key Areas Checked During Battery Storage Inspections

Mounting & Roof / Structure – Solar Inspection Scope

Key Areas Checked During Mounting and Structural Inspections

Monitoring, Performance & Documentation – Solar Inspection Scope

Key Areas Checked During Monitoring and Performance Inspections

Types of Solar Inspections We Offer

Pre-Installation Solar Inspection

Post-Installation Commissioning Solar Inspection

Annual Solar Inspections & Safety Audits

Insurance or Incident Solar Inspections

Pre-Purchase Solar System Inspections

Troubleshooting Solar Inspections

The Solar Inspection Process

Scope and System Brief

On-Site Solar Inspection

System Testing and Evidence Collection

Inspection Report and Priority Assessment

Remediation Plan and Recommendations

Handover and Ongoing Support

Compliance, Warranty & Documentation

Compliance with Electrical Best Practices

Warranty Support

Inspection Documentation

Certificate of Compliance (CoC)

Common Issues Found During Solar Inspections

What You Receive

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Astronergy

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