Ener-G has delivered some of Australia’s most challenging and high-impact energy projects across renewables, mining, and transmission infrastructure.
Ener-G delivered concept design, steady state and dynamic modelling, connection negotiation, and owner’s engineer services for a 120MW DC / 63MW AC solar + 300MWh BESS project. Connected via 66kV to the Ergon Energy network, this $250M development sets the benchmark for hybrid generation in Queensland.
For Rio Tinto Alcan Weipa, Ener-G finalised Network Technical Rules, completed generator modelling, and led technical compliance reporting. We provided design recommendations and testing oversight to enable commercial operations. Project value ~$5M.
Ener-G supported 53 wind turbines connected via 132kV transmission with a 125MVA substation and 37km line. We facilitated all AEMO and TransGrid approvals, testing, and operations planning. Total project value ~$260M.
Ener-G conducted HV load flow and voltage studies, and led full design, procurement, and commissioning of new substations and transmission lines. We represented the client across all phases, including testing and QA. Estimated value confidential.
The Yarrabah Microgrid Feasibility Study aims to analyse the options to showcase Yarrabah microgrid as a self-reliant, sustainable, community-based energy solution that can be replicated at other fringe-of-grid and regional and remote communities.
The Napranum Microgrid Feasibility Study aims to analyse the options to showcase Napranum as a self-reliant, sustainable microgrid that can be implemented at other similar remote communities.
The Muralug Microgrid Feasibility Study analyzes options and solutions to establish Muralug as a self-reliant, sustainable community using renewable energy. It examines microgrid and standalone power supply possibilities for remote communities.
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