Product Overview

Summary: This Standard Operating Procedure sets out a clear, practical framework for managing energy use across all phases of a construction project. It helps Australian construction businesses cut operating costs, meet client and regulatory expectations, and embed sustainable, low‑energy practices on site without disrupting program or productivity.

Energy consumption on construction projects is often fragmented across temporary power, plant, site sheds, lighting, and commissioning activities, making it difficult to control costs or demonstrate sustainability performance. This Standard Operating Procedure provides a structured, repeatable approach for planning, monitoring, and optimising energy use from pre‑start through to practical completion and handover. It aligns day‑to‑day site practices with your organisation’s sustainability objectives, client requirements, and emerging ESG reporting expectations, while remaining practical for busy project teams.

The SOP helps Australian construction businesses move from reactive, ad‑hoc energy decisions to proactive management based on data, clear responsibilities, and standard workflows. It addresses common issues such as oversized temporary power, inefficient plant and equipment, uncontrolled after‑hours consumption, and missed opportunities for renewable or low‑emission solutions. By implementing this procedure, you can reduce project operating costs, lower greenhouse gas emissions, support compliance with client sustainability targets, and strengthen your competitive position in tenders that require evidence of robust energy management practices.

Key Benefits

• Reduce project operating costs by systematically identifying and eliminating avoidable energy waste on site.
• Demonstrate strong sustainability performance to clients through documented, auditable energy management practices.
• Standardise how project teams plan, procure, monitor, and report on energy use across all construction phases.
• Support compliance with Australian climate, energy and environmental obligations and client‑specific sustainability requirements.
• Improve tender competitiveness by providing clear evidence of structured, project‑level energy management and emissions reduction.

Who is this for?

• Construction Project Managers
• Site Managers
• Construction Company Directors
• Contract Administrators
• Sustainability Managers
• WHS and Compliance Managers
• Services Engineers
• Facilities and Asset Managers (handover stage)
• Estimators and Planners
• Environmental and ESG Managers

Included Sections

• 1.0 Purpose, Scope and Objectives
• 2.0 Definitions and Key Terms (Energy, Demand, Emissions, Temporary Power, etc.)
• 3.0 Roles and Responsibilities (Head Contractor, Site Manager, Subcontractors, Consultants)
• 4.0 Project Energy Planning and Targets
• 5.0 Integration with Design, Procurement and Tender Requirements
• 6.0 Temporary Power Design, Sizing and Management
• 7.0 Site Establishment and Construction Compound Energy Controls
• 8.0 Plant, Equipment and Tool Energy Efficiency Requirements
• 9.0 Site Lighting, HVAC and Amenities Energy Management
• 10.0 Renewable and Low‑Emission Energy Options (Solar, Battery, Hybrid Generators)
• 11.0 Metering, Monitoring and Data Collection
• 12.0 Energy Performance KPIs, Benchmarking and Reporting
• 13.0 Subcontractor Requirements and Induction Content
• 14.0 Behavioural Controls and Good Housekeeping Practices
• 15.0 After‑Hours and Idle Energy Use Controls
• 16.0 Commissioning, Testing and Handover Energy Management
• 17.0 Integration with WHS, Environmental and Quality Management Systems
• 18.0 Non‑Conformance, Corrective Actions and Continuous Improvement
• 19.0 Recordkeeping, Documentation and Audit Trail
• 20.0 Appendices – Checklists, Forms, Site Energy Plan Template and Sample Monitoring Log

Legislation & References

• AS/NZS ISO 50001:2018 Energy management systems – Requirements with guidance for use
• NGER Act 2007 (National Greenhouse and Energy Reporting Act) – where applicable to larger organisations
• National Construction Code (NCC) – energy efficiency provisions (relevant at design and handover stages)
• AS/NZS 3012:2019 Electrical installations – Construction and demolition sites (for temporary electrical installations interface)
• ISO 14001:2016 Environmental management systems (as a complementary framework)
• State and Territory environmental and energy efficiency regulations and planning conditions
• Client-specific sustainability frameworks (e.g. Green Star, NABERS, Infrastructure Sustainability (IS) Rating Scheme) where applicable