Orientation and layout
Consider solar access, prevailing conditions, room use and site constraints together. Review official orientation guidance with the appointed designer.
NSW pre-construction planning guide
Energy-Efficient Building Planning and Passive Design in NSW
Energy performance is shaped by connected decisions about the site, building form, fabric and services. Coordinating those decisions early can help the project team document a clearer, buildable approach before construction starts.
Start with the building, site and project brief
Energy-efficient building planning is not a single product selection. It begins with the building's intended use, climate, orientation, shading, layout and construction method, then connects those choices with insulation, glazing, ventilation, airtightness and building services.
Australia's government-backed Your Home passive design guidance explains how climate-responsive design can use natural sources of heating, cooling and ventilation. The right response is project-specific and must be documented by the appointed design and assessment professionals.
This guide is an informational planning aid. It does not replace project-specific design, energy assessment, engineering, certification or regulatory advice.
Six connected planning considerations
These factors interact. A change to glazing, shading, insulation, ventilation or services can affect other parts of the design, documentation and construction sequence.
Shading and glazing
Window size, placement, glass specification and shading work as a system. They should be selected for the climate, facade orientation and intended indoor conditions.
Insulation and thermal bridging
Envelope performance depends on the specified materials and the continuity of installation at junctions, penetrations, edges and transitions.
Ventilation and airtightness
Intentional ventilation and air-leakage control must be considered together, with moisture and condensation risks assessed by the relevant professionals.
Services coordination
Mechanical, electrical, hydraulic and control systems need space, access and interfaces that support the approved design and ongoing operation.
Construction quality
Specified outcomes rely on correct procurement, sequencing, installation and verification. Ambiguous details should be resolved before work is concealed.
Turn design intent into coordinated construction information
Early choices only become useful when they are captured consistently across drawings, schedules, specifications, models, approvals and procurement information. The project team should identify interfaces and responsibilities before site work creates costly constraints.
- Record the approved performance requirements and selected assemblies.
- Coordinate junctions, penetrations and service routes across disciplines.
- Check that specified products and substitutions support the approved design.
- Define inspections, evidence and hold points before work is covered.
- Keep changes controlled and reviewed by the appropriate professionals.
A practical pre-construction sequence
The exact pathway varies by project, but this sequence helps keep energy-efficiency decisions connected to design, compliance and delivery.
Define the brief and constraints
Confirm intended use, priorities, budget, programme, climate and site conditions, along with the approvals and assessments that may apply.
Appoint the required professionals
Engage the designer, energy assessor, engineers, consultants, certifier and registered practitioners required for the project and its regulatory pathway.
Test options as a coordinated system
Review form, orientation, glazing, shading, fabric, ventilation and services together rather than treating them as independent selections.
Document the approved solution
Align drawings, schedules, specifications, models, reports and approval documents so construction teams receive one consistent set of requirements.
Plan procurement and verification
Identify critical products, interfaces, substitutions, inspections and evidence before ordering or construction makes changes difficult.
Professional and regulatory boundaries
The appointed professionals determine the project's design, calculations, specifications, assessments and compliance pathway. Depending on the project, responsibilities may involve designers, energy assessors, engineers, consultants, certifiers and registered practitioners.
SCE Corp is NSW Design and Building Practitioners registered. Registration does not make SCE the designer, consultant, certifier or energy assessor for every project. Roles and declarations must be established for the particular scope. See SCE's DBP Act information for further context.
Where construction planning contributes
Within an agreed scope, SCE can support buildability review, construction planning, coordination, procurement and delivery against approved documentation. The SCE System describes the company's structured approach to planning and delivery.
For discipline-specific design support, review SCE's engineering design service and confirm the proposed responsibilities before engagement.
Continue the project journey
Use the resources that match your current stage, then bring the project team together around a clear scope and coordinated information.
Review delivery capability
Explore SCE's construction and coordination services for building projects.
Explore Building ServicesSee completed work
Browse the project collection for examples of SCE's delivery experience.
View SCE ProjectsRead supporting guidance
Continue with a related article on sustainable materials and construction planning.
Explore Sustainable Material PlanningBrowse more insights
Find practical articles supporting project planning and delivery decisions.
Visit the SCE BlogEnergy-efficient building planning FAQs
Concise answers to common questions at the pre-construction stage.
What does energy-efficient building planning consider?
It considers the building's use, climate, site, orientation, form, shading, glazing, insulation, airtightness, ventilation and services as a connected system. Project-specific requirements and specifications must be determined by the appointed professionals.
How does orientation affect building energy performance?
Orientation influences solar access, shading opportunities, daylight and exposure to prevailing conditions. Its effect depends on the climate, site constraints, building layout, glazing and surrounding development, so it should be assessed as part of the whole design.
What is passive design?
Passive design uses building form, orientation, fabric and natural conditions to support comfortable indoor environments with less reliance on mechanical heating and cooling. The appropriate strategy varies by climate, site and building use.
Who specifies insulation, glazing and ventilation requirements?
The project's appointed designers, energy assessor, engineers and other relevant professionals specify and coordinate these requirements within their scope. The certifier and registered practitioners perform their own statutory roles where applicable.
When should energy-efficiency decisions be coordinated?
They should be coordinated early enough to inform the layout, design, approvals, documentation, procurement and construction sequence. Late changes can affect multiple disciplines and may require renewed assessment or documentation.
How can SCE support energy-efficient construction planning?
Within an agreed scope, SCE can support buildability review, construction planning, coordination, procurement and delivery against approved project documentation. Design, energy assessment, certification and statutory responsibilities remain with the appropriately appointed professionals.
Coordinate the project before construction starts
Share your project stage, location, current documentation and required scope so SCE can discuss the appropriate next step without displacing the roles of your appointed design, assessment or certification professionals.