Product Overview

Summary: This SOP sets out a clear, practical framework for managing vehicle and pedestrian traffic on solar installation sites, from residential rooftops to large-scale solar farms. It helps Australian businesses control high‑risk vehicle movements, protect workers and the public, and demonstrate compliance with WHS duties and construction traffic management requirements.

Vehicle and mobile plant movements are one of the most significant sources of serious harm on solar installation sites, particularly where cranes, EWP’s, delivery trucks and pedestrians are working in close proximity. This Safe Operating Procedure provides a structured, site-ready approach to planning, implementing and monitoring traffic management on solar projects of all sizes, including residential, commercial rooftop and utility‑scale solar farms. It translates WHS and construction traffic requirements into practical steps that can be consistently applied by supervisors and workers on the ground.

The SOP guides you through pre‑start traffic risk assessments, development of traffic management plans, establishment of exclusion zones, spotter arrangements, and safe interfaces with public roads and neighbouring properties. It addresses typical solar-specific risks such as crane lifts near occupied dwellings, truck movements on unsealed access tracks, interaction with farm machinery, and shared access with other contractors. By adopting this procedure, businesses can significantly reduce the likelihood of vehicle‑pedestrian collisions, property damage, and community complaints, while providing clear documentation that supports regulatory compliance and due diligence under Australian WHS legislation.

Key Benefits

• Reduce the risk of vehicle‑pedestrian collisions, plant strikes and near‑misses on solar installation sites.
• Ensure traffic management practices align with Australian WHS legislation, client requirements and local road authority expectations.
• Standardise how traffic management plans, exclusion zones and spotter arrangements are developed, implemented and reviewed across all projects.
• Improve coordination of deliveries, crane operations and mobile plant movements to minimise site congestion and delays.
• Demonstrate proactive risk management to regulators, clients and insurers through documented, repeatable procedures.

Who is this for?

• Solar Project Managers
• Site Supervisors
• Principal Contractors
• WHS Managers
• Traffic Controllers
• Solar Installers and Team Leaders
• Construction Managers
• Logistics and Delivery Coordinators
• HSE Advisors
• Operations Managers for Solar Farms

Hazards Addressed

• Vehicle‑pedestrian collisions involving trucks, utes, forklifts or mobile plant
• Struck‑by incidents from reversing vehicles and machinery with restricted visibility
• Crane and EWP movements intersecting with pedestrian walkways or work areas
• Vehicle rollovers on uneven, sloped or unsealed access tracks to solar sites
• Interaction between site traffic and public road users, including cyclists and pedestrians
• Uncontrolled access by visitors, residents, farm workers or the public into work zones
• Congestion and confusion caused by poor signage, unclear routes and ad‑hoc parking
• Dust, noise and light vehicle movements affecting neighbouring properties or public areas
• Manual handling and slip/trip hazards in loading and unloading zones

Included Sections

• 1.0 Purpose and Scope – Application to residential, commercial and utility‑scale solar sites
• 2.0 Definitions – Key terms including mobile plant, exclusion zone, spotter, TCP and TMP
• 3.0 Roles and Responsibilities – PCBU, principal contractor, site supervisor, traffic controller, workers and subcontractors
• 4.0 Planning and Risk Assessment – Pre‑start traffic risk assessment and interface with construction methodology
• 5.0 Traffic Management Plan (TMP) Requirements – Content, approval, review and communication
• 6.0 Site Layout and Segregation – Design of vehicle routes, pedestrian walkways, loading zones and parking areas
• 7.0 Controls for Deliveries and Heavy Vehicle Movements – Booking systems, time windows and marshalling points
• 8.0 Crane, EWP and Mobile Plant Operations – Exclusion zones, spotter use and coordination with other trades
• 9.0 Interaction with Public Roads and Neighbouring Properties – Access control, signage and community considerations
• 10.0 Signage, Barriers and Traffic Control Devices – Selection, placement and inspection requirements
• 11.0 Communication and Induction – Briefings, site maps, toolbox talks and language considerations
• 12.0 Working Near Live Traffic – Additional controls where solar works adjoin or encroach on road reserves
• 13.0 Monitoring, Supervision and Compliance – Inspections, non‑conformance management and corrective actions
• 14.0 Incident and Near‑Miss Response – Reporting, scene control and investigation requirements
• 15.0 Training and Competency – Licensing, traffic control qualifications and verification of competency
• 16.0 Environmental and Community Impacts – Managing dust, noise, access disruptions and complaints
• 17.0 Document Control and Review – Version control, retention and periodic review of the SOP and TMPs

Legislation & References

• Work Health and Safety Act 2011 (Cth) and corresponding state and territory WHS Acts
• Work Health and Safety Regulation 2011 and state/territory equivalents – provisions relating to traffic management and construction work
• Safe Work Australia – General Guide for Workplace Traffic Management
• Safe Work Australia – Code of Practice: Construction Work
• AS/NZS 4801: Occupational health and safety management systems (superseded but still referenced in many systems)
• ISO 45001: Occupational health and safety management systems
• Austroads Guides and relevant state/territory road authority worksite traffic management manuals (e.g. TMR, TfNSW, VicRoads requirements)
• AS 1742: Manual of uniform traffic control devices (series)