The fund ties regional infrastructure investment to the state’s first NEM connection, mitigating community opposition while unlocking economic growth and renewable energy opportunities.
CopperString 2032 represents Queensland’s most ambitious transmission effort to finally link the state’s North and North West regions with the National Electricity Market. The 330 kV Eastern Link, stretching from Hughenden to Townsville, will provide up to 1.7 GW of transfer capacity and create roughly 2.9 GW of hosting capability for new renewable generation and storage. By delivering reliable, long‑distance power, the project aims to unlock stranded wind and solar resources, reduce reliance on diesel generation, and support the state’s net‑zero targets.
The Queensland Liberal‑National government paired the transmission rollout with a $50 million Community Benefits Fund, earmarking money for priority housing, water, sewerage and local infrastructure in towns such as Townsville, Mount Isa and Cloncurry. Of that amount, $4.285 million is directed toward critical works linked to the $225 million Flinders Substation, while $1 million will fund detailed design studies for water and sewer projects. This community‑focused investment follows a dramatic cost escalation that saw the original $1.8 billion estimate balloon to $13.6 billion, prompting the LNP to scale the line back to 330 kV and trim the overall budget to $2.4 billion.
For investors and developers, the clarified timeline—construction slated to begin in 2028 with completion by 2032—offers a clearer risk profile and signals a wave of downstream opportunities in renewable generation, battery storage and ancillary services. The accompanying $200 million North West Energy Fund further underlines the government’s intent to tailor solutions for remote communities, potentially accelerating project approvals and reducing connection costs. As Queensland moves toward greater NEM participation, the CopperString corridor is poised to become a critical backbone for Australia’s transition to a low‑carbon electricity system.
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