GenusPlus Set to Launch $140M Hunter-Central Coast Renewable Energy Project
GenusPlus Group confirms the green light to commence a $140 million sub-transmission line construction for Ausgrid’s Hunter-Central Coast Renewable Energy Zone, starting February 2026.
- Contract valued at approximately $140 million secured from Ausgrid
- Construction to begin February 2026, completing by Q1 2028
- Project includes demolition and construction of over 110km of sub-transmission lines
- Upgrade includes replacement of earthwire with optical ground wire and ADSS fibre optic installation
- Project deed between Ausgrid and Energy Corporation of NSW now executed, removing prior conditions
Contract Confirmation and Project Scope
GenusPlus Group Ltd (ASX, GNP) has officially confirmed that it will proceed with the construction phase of the Hunter-Central Coast Renewable Energy Zone sub-transmission line works, following the execution of a key project deed between Ausgrid and the Energy Corporation of New South Wales. This development removes the last contractual hurdle, allowing GenusPlus to commence physical works in February 2026.
The contract, valued at around $140 million, encompasses a comprehensive upgrade of the region’s power infrastructure. The scope includes the demolition of 86 kilometres of existing 132kV and 66kV sub-transmission lines and the construction of approximately 110 kilometres of new dual and single circuit lines. These works will connect Kurri Sub-transmission Station to a new Eastern Hub Switching Station, alongside additional lines from Muswellbrook Switching Station to the Muswellbrook bulk supply point.
Technological and Environmental Upgrades
Beyond the extensive line construction, the project involves replacing 30 kilometres of traditional earthwire with optical ground wire, a significant technological upgrade that enhances both the reliability and communication capabilities of the network. Additionally, 2 kilometres of ADSS (All-Dielectric Self-Supporting) fibre optic cable will be installed, further integrating advanced communication infrastructure into the power grid.
These upgrades are critical to supporting the Hunter-Central Coast Renewable Energy Zone’s role in facilitating renewable energy integration, a key priority for New South Wales as it transitions towards a carbon-neutral economy. GenusPlus’s expertise in both power and communications infrastructure positions it well to deliver this complex project efficiently and safely.
Timeline and Strategic Implications
The early services phase, which began in December 2024, will continue through to February 2026, after which full construction will proceed until completion in the first quarter of 2028. This timeline reflects the scale and complexity of the works, spanning demolition, construction, and technological upgrades across a broad geographic area.
For GenusPlus, this contract represents a substantial revenue stream and a high-profile project that could pave the way for further opportunities in Australia’s expanding renewable energy infrastructure sector. The company’s Managing Director, David Riches, expressed confidence in delivering the project safely and efficiently, underscoring the company’s commitment to quality and operational excellence.
Looking Ahead
As the Hunter-Central Coast Renewable Energy Zone project moves from planning to execution, market watchers will be keen to monitor GenusPlus’s progress and any potential ripple effects across the renewable energy infrastructure landscape. The successful delivery of this project could enhance GenusPlus’s reputation and position it as a preferred contractor for future large-scale energy transition initiatives.
Bottom Line?
With construction set to start early next year, GenusPlus is poised to play a pivotal role in NSW’s renewable energy future.
Questions in the middle?
- Will GenusPlus secure additional contracts in other renewable energy zones following this project?
- How will the company manage potential risks related to construction delays or cost overruns?
- What impact will the upgraded infrastructure have on local energy reliability and renewable integration?