The electrical engineer should be engaged as early as possible during the concept and schematic design stages. Early coordination helps identify electrical infrastructure requirements, meter locations, substations, EV charging provisions, communications pathways, and compliance requirements before the architectural design is finalised.

Yes. We can prepare preliminary electrical engineering documentation, utility load assessments, and supporting information required for Development Applications and planning approvals.

Yes. We prepare detailed electrical and fire services documentation suitable for Construction Certificate approval, tendering, and construction.

Yes. We regularly coordinate with architects, mechanical engineers, hydraulic engineers, fire engineers, access consultants, and utility providers to ensure an integrated design solution.

Yes. We perform maximum demand calculations and liaise with electricity distributors to determine the required electrical infrastructure and connection requirements.

The requirement for a substation depends on the size of the development and the total electrical demand. During the design process, VEC Group performs maximum demand calculations and liaises with the relevant electricity distributor to determine whether the proposed development can be supplied from the existing network or whether a new pad-mounted or kiosk substation will be required.
Factors that may influence the need for a substation include:
• Number of residential apartments or dwellings
• Commercial and retail tenancy loads
• Electric vehicle (EV) charging requirements
• Centralised mechanical services
• Hot water systems and building electrification strategies
• Available capacity within the local electricity network
We can assess your project at an early stage and provide advice on potential substation requirements before the architectural design is finalised, helping to avoid costly redesigns later in the project.

Ideally during the concept design stage. Substations can have significant impacts on building layout, site planning, vehicle access, and utility easements. Early assessment allows sufficient space to be allocated and reduces the risk of redesign during the approval process.

Yes. We prepare and manage electrical connection applications with electricity distributors and coordinate responses to utility comments where required.

Yes. We design EV charging infrastructure for residential, commercial, and mixed-use developments in accordance with current Australian Standards and utility requirements.

Yes. We provide fire detection and alarm system designs, specifications, and documentation in accordance with NCC and relevant Australian Standards.

Yes. We prepare emergency lighting and exit sign layouts, calculations, and specifications to comply with AS/NZS 2293 requirements.

Yes. We can review existing electrical infrastructure, perform load assessments, analyse utility bills or power logging data, and determine whether upgrades are required.

Yes. We provide independent peer reviews to identify compliance issues, design risks, constructability concerns, and potential cost-saving opportunities.

Yes. We regularly undertake value engineering reviews to identify opportunities to reduce construction costs while maintaining compliance, safety, and operational performance.

Yes. We can undertake site inspections, respond to contractor RFIs, review shop drawings, and provide construction-phase support.

Yes. Our team can provide engineering certification and compliance documentation where applicable to the project scope and jurisdiction.

For most projects, we can review the available documentation and provide a fee proposal within a few business days.