Service 01

Electrical design & engineering

LV, MV and HV system design, protection studies, rail signalling and control systems, issued as drawings, schematics and specifications an installer can build from.

  • RPEQ certified
  • AS/NZS 3000
  • IEC / IEEE
High-voltage switchyard with transformers and insulator stacks at dusk

Scope of work

  • Electrical system design across LV, MV and HV networks
  • Industrial power distribution design
  • Rail signalling design (ETCS, TCMS, onboard systems)
  • Control systems and automation design
  • Renewable energy system design (solar PV and hybrid), to AS/NZS 5033 and, where the scope includes grid connection, AS/NZS 4777
  • Load flow, fault level and protection coordination studies
  • Cable sizing, earthing and lightning protection design, to AS/NZS 3008
  • Interface design for complex integrated systems
  • Functional safety analysis: FMECA and Fault Tree Analysis

Deliverables

Drawings, schematics and single line diagrams

Specifications and technical schedules

Calculation and study reports

Safety and compliance documentation

Open electrical control cabinet showing terminal blocks and DIN-rail wiring
Solar panels installed on an industrial building's sawtooth roof

How the work runs

Requirements & basis of design

Capture loads, constraints, standards and interfaces in a single agreed document.

Concept & studies

Load flow, fault level, protection and cable sizing to size the system properly.

Detailed design

Drawings, schematics and specifications issued for review and construction.

Design review & certification

RPEQ review, constructability check and compliance sign-off.[CONFIRM B1, B2 — named reviewer once confirmed]

Standards we design to

  • AS/NZS 3000 and the wider AS/NZS suite
  • AS/NZS 4777 (grid connection of inverter energy systems), where the scope includes grid-connected solar
  • AS/NZS 3008 (cable selection), where the scope includes cable sizing
  • IEC and IEEE standards
  • RISSB and rail operator standards
  • Safety in Design (SiD) principles

Project experience

ETCS Level 2 onboard design, Queensland rail fleets

Requirements, architecture and interface design for onboard train protection systems.[CONFIRM D1 — naming the rail operator and rolling-stock manufacturer]

Solar PV design and yield modelling

Panel layouts, irradiance calculations, energy yield and budget projections.[CONFIRM D8 — naming permission]

Note: any Clean Energy Council / Solar Accreditation Australia designer accreditation for grid-connect solar work is stated here, with the accreditation number linked to the public check tool, once confirmed[CONFIRM B6].

Have a scope to price? Send it.

Send the drawings, the site constraints or just the problem. You'll get an engineer's answer, not a brochure.