OX2 has officially started construction on the Muswellbrook Solar Farm and Battery in New South Wales, with a ceremonial sod turning to mark a major milestone for the landmark renewable energy project.
Located on the site of a former coal mine, the 135MWac solar farm and 100MW, 200MWh Battery Energy Storage System (BESS) is a leading example of Australia’s energy transformation, showcasing the transition from traditional fossil fuels to clean,
reliable and increasingly affordable energy.
The project will generate enough electricity to power more than 52,000 homes, create up to 200 jobs during construction and support local businesses and regional supply chains to deliver long-term economic benefits for the Hunter.
OX2 is ensuring local communities are genuine partners in the energy transition through ongoing consultation, local employment opportunities and meaningful community benefit sharing. Under its Voluntary Planning Agreement with Muswellbrook Shire
Council, OX2 will contribute around $115,000 each year to a Community Benefit Sharing Program that will support local initiatives throughout the life of the project. Initiatives will include support for local apprenticeships and rate rebates for
neighbouring properties.
“Today’s sod turning marks the beginning of construction on a project that demonstrates how Australia’s energy transformation can deliver lasting benefits for regional communities,” said Stephen Symons, Vice President, OX2 Australia.
“By repurposing a former coal mine site into a renewables hub, we’re investing in infrastructure that will provide reliable energy, create local jobs, strengthen regional supply chains and support the Hunter’s future prosperity.”\
The project is being built 2.5km east of Muswellbrook in the Hunter Central Coast Renewable Energy Zone (REZ) and reflects the NSW Government’s vision to establish the state as a global destination for clean energy investment through its Electricity
Infrastructure Roadmap and REZ framework.
Construction is now underway, with the project expected to be operational in 2028.
