Rooftop Solar Panel InstallationSWMS Template
Installation of photovoltaic (PV) solar panel systems on residential and commercial rooftops, including mounting hardware, DC wiring, inverter connection, and grid connection. Pre-filled hazards, controls, and risk ratings. Ready in 5 minutes.
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Why You Need This SWMS
Legal requirements under Australian WHS Regulations.
High-Risk Construction Work Categories
Under Australian WHS Regulations (291 - High Risk Construction Work (Sections 299-303 SWMS requirements)), this work is classified as high-risk due to:
- Work at height (>2m) with risk of fall(All rooftop solar work involves fall risk from roof edges, through fragile materials, or via access equipment)
- Work on/near energised electrical installations(Solar panels generate DC electricity whenever exposed to light and cannot be fully isolated during daylight)
- Use of powered mobile plant(Elevated Work Platforms (EWPs) commonly used for roof access and panel lifting)
- Temporary support for structural alterations(Roof penetrations for mounting hardware and conduit may require structural consideration)
Australian Standards Referenced
National Guidance Documents
- Safe Work Australia - Guide to Managing the Risks of Rooftop Solar Installation Work (September 2025)
- Safe Work Australia - Managing the Risk of Falls at Workplaces Code of Practice
- Clean Energy Council - Guidelines for Grid-Connected Solar PV Systems
- Solar Accreditation Australia - Accreditation Requirements
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8 Hazards Pre-Identified & Risk-Assessed
Each hazard includes full control measures following the hierarchy of controls, with initial and residual risk ratings pre-calculated.
Fatality, traumatic brain injury, spinal cord injury, multiple fractures
Design systems accessible from ground level using EWPs where practical
Use scaffold with guardrails instead of ladder access where practical
Establish 3m exclusion zone around roof edge and fragile materials; barricade ground-level drop zone
- Install temporary edge protection guardrails to AS/NZS 4994.1 before roof access
- Use proprietary anchor points rated to 15kN (single) or 21kN (double)
- Install static lines allowing continuous connection while traversing
- Cover and secure all skylights and roof openings with barriers capable of supporting 120kg
- Use panel lifting devices - carrying panels up ladders is prohibited
- Competent person to assess roof structural integrity before work
- Working at Heights training current for all rooftop workers
- Pre-start inspection of all fall protection equipment
- No work on wet, frosty, or icy roof surfaces
- Cease work if wind exceeds 25-30 km/h
- Tested rescue plan documented and practiced
Full body harness (AS/NZS 1891.1) with shock-absorbing lanyard connected to anchor point before stepping onto roof
All 8 hazards with full control measures. Included in your SWMS.
Get This Template19-Step Work Procedure
Each step linked to specific hazards and control measures. A complete workflow from site arrival to sign-out.
Site arrival, sign-in with principal contractor (if applicable), and toolbox talk
Review SWMS with all workers; confirm scope; verify emergency procedures and contacts
Pre-work site assessment - verify roof condition, access, hazards, overhead powerlines
Competent person inspection; identify fragile materials, skylights, asbestos indicators; confirm structural adequacy
Establish exclusion zones and ground-level drop zone beneath work area
Barrier tape, bollards and signage; prevent public/worker access to fall zones
Set up access equipment - ladder or EWP positioning
Verify safe approach distances from overhead powerlines; ladder at 1:4 angle, secured top and bottom, extend 1m past landing; EWP on firm level ground
Equipment & PPE Requirements
All required items with Australian Standards where applicable.
Equipment Required
12 items
- Solar PV panels
Listed on CEC Approved Products List; verify wattage, dimensions and weight for manual handling assessment
- Mounting rails and hardware
Roof-type specific fixings; include splice joiners for earthing continuity
- Inverter (string or micro)
Listed on CEC Approved Products List; verify DNSP requirements for grid connection
- DC isolator switches
IEC 60947.3 compliant; IP66 minimum for outdoor installation
PPE Requirements
8 items with standards
- Safety helmet with chin strapAS/NZS 1801
Type 1 top impact protection; wide-brim attachment for sun protection
- Safety footwear (non-slip soles)AS/NZS 2210.3
Steel toe; soft rubber soles for roof grip; ankle support
- Safety glasses (tinted)AS/NZS 1337.1
Medium impact; tinted lens for glare; side shields
- Work gloves (cut resistant)AS/NZS 2161
Cut Level 3 minimum for handling panels and rails
What's In Your SWMS Document
A complete, ready-to-use Safe Work Method Statement
Training & Competency Requirements
Licenses, tickets, and training required for this work.
Required
- Construction Induction (White Card)training
CPCCWHS1001 - Required for all workers on construction sites
- Unrestricted Electrical Licence (Class A or equivalent)licence
Required for all electrical connection work; state-issued (ESV VIC, Fair Trading NSW, ESO QLD)
- Solar Accreditation Australia (SAA) Accreditationticket
GCPV (Grid-Connect PV) minimum; GCBS for battery; required for STC eligibility. Transferred from CEC May 2024.
- Working at Heightstraining
RIIWHS204E - Required for all rooftop workers; SAA accreditation prerequisite; 2-year refresh recommended
Recommended
- EWP High Risk Work Licence (WP Class)
TLILIC0005 - Required only for boom-type EWPs over 11 metres working height
- First Aid Certificate
HLTAID011 - At least one person on site should hold current certificate; includes CPR
- Low Voltage Rescue
UETDRMP018 - Recommended for all electrical workers performing live work
- Asbestos Awareness
11084NAT - Mandatory in ACT; highly recommended for work on pre-1990 buildings
Emergency Procedures Included
Task-specific emergency response procedures for this work.
FALL FROM HEIGHT - Call 000 immediately. Do NOT move injured person unless in immediate danger. If worker suspended in harness, initiate rescue within 15 minutes (suspension trauma). After rescue, keep victim seated with legs extended (W-position) - DO NOT lay flat immediately.
ELECTRICAL SHOCK - Do NOT touch victim if still in contact with electricity. For low voltage, use non-conductive object to separate victim from source. For high voltage (powerlines), stay 25m away until power confirmed off. Call 000. Begin CPR if unresponsive and not breathing. Use AED if available.
DC SYSTEM EMERGENCY ISOLATION - Turn OFF AC isolator at switchboard, then OFF DC isolator near inverter, then OFF rooftop DC isolator if installed. WARNING: Panels still generate open-circuit voltage in daylight even with all isolators off. Cover panels with opaque material if voltage elimination required.
BATTERY THERMAL EVENT - Alert all personnel and evacuate building immediately. Do NOT touch swollen/ruptured battery. Do NOT re-enter. Avoid inhaling gases - HIGHLY TOXIC. Call 000 and advise lithium battery fire. Establish 25m exclusion zone. Monitor for re-ignition for 60+ minutes.
+ 1 more emergency procedures included in your SWMS
Frequently Asked Questions
Common questions about this Rooftop Solar Panel Installation SWMS template.
Why is a SWMS required for solar panel installation?
Solar panel installation triggers multiple categories of high-risk construction work under WHS Regulation 2017 Section 291. This includes work at height exceeding 2 metres with risk of fall, and work on or near energised electrical installations. Solar panels uniquely generate DC electricity whenever exposed to light and cannot be fully isolated during daylight hours, making this work inherently high-risk requiring a documented SWMS before work commences.
What qualifications do solar installers need in Australia?
Solar installers require: an Unrestricted Electrical Licence (Class A or equivalent) issued by the state regulator, Solar Accreditation Australia (SAA) accreditation (formerly CEC) for STC eligibility, a Construction Induction (White Card), and current Working at Heights training. SAA accreditation requires passing an exam and maintaining 100 CPD points per renewal cycle.
Can solar panels be isolated during installation?
No - this is the critical safety difference from other electrical work. Solar panels generate DC electricity whenever exposed to light and cannot be fully isolated during daylight. Even with all DC isolators open, string voltages can reach 400-1000V DC. The only way to eliminate voltage is to cover panels with opaque material or wait for darkness. All DC work must be performed assuming circuits are live.
What fall protection is required for residential solar installation?
The hierarchy of controls must be followed: first eliminate or substitute (e.g., ground-level EWP access), then engineering controls (temporary edge protection, scaffold, static lines), then administrative controls (training, procedures), then PPE (harness) as last resort. Single-storey homes often lack sufficient fall clearance for fall arrest to work effectively, making fall prevention the priority. A tested rescue plan is mandatory.
What are the main electrical hazards specific to solar PV systems?
Key hazards include DC electrical shock from panels that are always live in daylight (400-1000V DC possible), DC arc flash reaching temperatures up to 1,085°C which is harder to extinguish than AC arcs, reverse polarity risks, and the inability to fully isolate the system. Over 250 domestic fires in Australia have been attributed to DC arc faults at connections.
Are there additional requirements for battery storage installation?
Yes - battery storage adds lithium-ion thermal runaway risks. Installation must comply with AS/NZS 5139:2019 including separation distances, ventilation requirements, and installation in non-habitable areas. Installers need SAA GCBS (Grid-Connect Battery Storage) accreditation in addition to standard GCPV accreditation. Emergency procedures must address toxic gas release and battery fire response.
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