BlueSafe

Solar Panel Installation Risk Assessment

This risk assessment covers solar panel installation from planning and roof access through lifting, electrical connection, testing and handover.

Activities covered include

  • Plan the installation, assess roof and site conditions, coordinate the work area and consider weather exposure.
  • Connect DC components and panels while considering live generation, damaged connectors, polarity and arcing.
  • Test and commission the system, complete handover information and prepare for electrical, fire and medical incidents.

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Acceptance guaranteed

If your client or principal requests changes during document review, BlueSafe will help revise the document at no extra cost and support resubmission until it is accepted.

Solar Panel Installation Risk Assessment
  • 100% Compliant with Australian WHS Acts & Regulations
  • Fully Editable MS Word & PDF Formats Included
  • Pre-filled Content - Ready to Deploy Immediately
  • Customisable - Easily Add Your Logo & Site Details
  • Includes 2 Years of Free Compliance Updates

Product Overview

This risk assessment covers solar panel installation from planning and roof access through lifting, electrical connection, testing and handover. It supports planning and risk management by identifying hazards related to height, electrical work, materials, tools, weather and emergency readiness.

Activities & Risks Covered

This assessment addresses activities and risks including:

  • Plan the installation, assess roof and site conditions, coordinate the work area and consider weather exposure.
  • Access roofs and work at height while managing edges, fragile surfaces, openings and slippery conditions.
  • Use ladders and temporary access equipment while managing stability, positioning, overreaching and electrical contact.
  • Deliver, lift and move panels, rails, inverters and materials while managing dropped-load and manual handling risks.
  • Install mounting frames and panels while managing roof-surface hazards, sharp edges and falling objects.
  • Connect DC components and panels while considering live generation, damaged connectors, polarity and arcing.
  • Complete AC connections, inverter installation and isolation while managing electrical exposure and unexpected energisation.
  • Use portable tools, plant and mobile equipment while managing damaged leads, tool injuries, traffic, noise and vibration.
  • Manage heat, UV, wind, storms and isolated-work conditions throughout the installation.
  • Test and commission the system, complete handover information and prepare for electrical, fire and medical incidents.

Who is this for?

Suitable for contractors, workers, supervisors and businesses carrying out solar panel installation activities.

Activities & Hazards Covered

Activity Potential Hazards
Planning, site assessment and coordination
  • Unidentified roof or site hazards
  • Poor coordination with other trades or occupants
  • Incorrect panel, mounting or electrical equipment selection
  • Weather exposure including wind, heat and storms
  • Unauthorised access to the work area
Access to roof and work at height
  • Falls from roof edges
  • Falls through fragile surfaces, skylights or penetrations
  • Unsafe access or egress
  • Loss of balance on pitched, wet or dusty surfaces
Ladders and temporary access equipment
  • Falls from ladders
  • Ladder slip, movement or incorrect angle
  • Overreaching while carrying tools or materials
  • Contact with energised electrical parts when using conductive ladders
Delivery, lifting and manual handling of panels and materials
  • Musculoskeletal strain from lifting panels, rails and inverters
  • Dropped loads
  • Crush or pinch injuries to hands and feet
  • Awkward postures on roofs or near edges
Roof surface, mounting frames and falling objects
  • Slips, trips and same-level falls
  • Cuts from sharp edges and tools
  • Dropped tools or components striking persons below
  • Instability of mounting components before final fixing
DC electrical installation and panel connection
  • Electric shock from live DC components
  • Arc flash or arcing during connection or fault conditions
  • Incorrect polarity or damaged connectors
  • Live generation from panels in daylight or low light
AC connection, inverter installation and isolation
  • Electric shock during AC connection
  • Arc flash at switchboards or isolators
  • Unexpected energisation
  • Inverter handling injuries or overheating during installation
Portable tools, plant and mobile equipment
  • Electric shock from damaged leads or tools
  • Cuts, entanglement or eye injuries from power tools
  • Collision with mobile plant or vehicles
  • Noise and vibration exposure
Weather, heat, remote work and environmental conditions
  • Heat stress and dehydration
  • UV exposure
  • Sudden wind gusts affecting panels and balance
  • Delayed emergency response where work is isolated or remote
Testing, commissioning, handover and emergency readiness
  • Exposure to live electrical parts during testing
  • Faults causing shock, arc flash or fire
  • Incomplete labelling or isolation information
  • Poor response to incident, fire or medical emergency

Need to tailor this risk assessment?

Use the BlueSafe Portal to add site-specific activities, hazards, controls, responsibilities and review details before the assessment is put into use.

Acceptance Guaranteed: If your client or principal requests changes during document review, BlueSafe will help revise the document at no extra cost and support resubmission until it is accepted.

Legislation & References

The template records model guidance used to inform the documented controls. Applicable WHS/OHS laws and adopted Codes vary by state or territory, so confirm the current local requirements when tailoring the assessment:

  • Model guidance: Model Code of Practice: Managing the work environment and facilities — 2. The work environment; p. 13.
  • Model guidance: Model Code of Practice: Managing electrical risks in the workplace — 2.1 Identifying the hazards; p. 14.
  • Model guidance: Model Code of Practice: Managing the risk of falls at workplaces — 3.2 Identifying the hazards; p. 16.
  • Model guidance: Model Code of Practice: Construction work — 6.2 Workplace specific induction training; p. 41.
  • Model guidance: Model Code of Practice: First aid in the workplace — 3. First aid equipment, facilities and training; p. 12.
  • Model guidance: Model Code of Practice: Hazardous manual tasks — 4.1 The hierarchy of control measures; p. 31.
  • Model guidance: Model Code of Practice: Work health and safety consultation, cooperation and coordination — 3. What is effective consultation?; p. 13.
  • Model guidance: Model Code of Practice: How to manage work health and safety risks — 4. Step 3 — How to control risks; p. 20.
  • Model guidance: Model Code of Practice: Managing risks of plant in the workplace — Plant hazard identification — Traffic movements in the workplace; p. 17.

Standard Risk Assessment Features (Click to Expand)
  • Activity-specific hazard identification and control measures
  • Initial and residual risk ratings
  • Assigned responsible persons for each activity
  • Risk matrix and assessment classification
  • Review, monitoring and sign-off fields
  • Site-specific customisation before use

Suitable for Industries

Building and ConstructionElectrical and Solar

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