Studies, detailed design, protection, SCADA and commissioning – engineered for safety, compliance, and uptime.
Mission
Advance the energy transition with reliable, compliant, and maintainable power systems.
Values
Safety and integrity first
Engineering clarity
Partnership and accountability
Continuous improvement
Studies, detailed design, settings, FAT/SAT, and commissioning
Primary layouts, earthing, cable schedules, schematics, I/O lists Protection panels, interlocks, and logic diagrams FAT/SAT management, energisation procedures, as‑built documentation
Protection studies and coordination Relay selection and settings (utility & industrial) Testing, verification, and commissioning support Architecture, RTU/PLC configuration, telemetry Protocols (eg. IEC-61850, IEC‑104, DNP3, Modbus) and cyber‑hardening practices HMIs, alarm rationalisation, and historian setup
Applications: peak shaving, FCAS support, smoothing, black‑start support Control & protection philosophy; settings; EMS/SCADA points list Commissioning plans, functional tests, and performance validation
Grid studies: load flow, fault levels, PV ride‑through, voltage regulation Inverter & POC protection settings; SLDs and earthing studies Plant controller specifications; test procedures and commissioning
We engineer for compliance, uptime, and safe commissioning -first time.
From feasibility studies to energisation, our work is defensible, auditable, and built around Australian standards and DNSP requirements.
Climate-friendly power through a hybrid combination of conventional generation, battery storage and a solar power plant.
Our utility solar farm stands as a testament to sustainable energy, generating clean electricity. The project comprises of thousands of PV modules and associated civil and electrical infrastructure