Fortescue Future Industries (FFI) is teaming up with Windlab to develop the North Queensland Super Hub, which will unlock more than 10 GW of wind and solar energy in Australia over the next 10 years, to support large-scale green hydrogen production.
Canberra-based Windlab, which is partly owned by FFI founder Andrew Forrest’s Squadron Energy, said the Super Hub will include a number of individual utility-scale projects, with development progressing on multiple projects in parallel. The first projects announced for the Super Hub include the 800 MW Prairie Wind Farm and the 1 GW Wongalee wind project. Upon completion, the entire hub is expected to host a staggering 10 GW of clean energy capacity.
Windlab said the first stage of the proposed project is currently in detailed planning, with land agreements in place and the application for development approval for the Prairie Wind Farm planned for submission in the coming months. Subject to approvals, construction on the first-stage projects is expected to commence in 2025, with the projects anticipated to begin producing power by 2027.
FFI has repeatedly declared plans to build a global portfolio of renewable projects to produce 15 million tons per year of green hydrogen by 2030 – rising to 50 million tons per year in the decade thereafter. It said energy generated from the Super Hub will be used to produce green hydrogen and feed renewable power to the grid.
FFI Chief Executive Officer Mark Hutchinson said the opportunity is a “game changer” for Queensland that will accelerate the decarbonization of the grid and help to make green hydrogen a reality at an industrial scale.
“Australia’s natural resources, including its wind, sun and landmass, are unrivalled in terms of their potential for the production of green energy – green hydrogen in particular – and that is no truer than in the sunshine state,” he said. “This is about ensuring Queensland and Australia are in the best possible position to play a leading role in the production and supply of green hydrogen globally.”
Green hydrogen has been highlighted as a solution for decarbonization across a range of sectors, including, transport, industrial and energy storage. The Australian Renewable Energy Agency (ARENA) has forecast that demand for hydrogen exported from Australia could be over 3 million tons per year by 2040, injecting up to AUD 10 billion ($6.7 billion) into the economy every year.
However, industrial-scale green hydrogen has been constrained by the lack of renewable supply to power the process of extracting hydrogen from water through electrification.
“For the first time, the North Queensland Super Hub will provide the quantity of renewable energy we need to support large-scale green hydrogen production right here in Queensland,” Hutchinson said. “The environmental and economic opportunities that can stem from this are significant, both in terms of lowering emissions and reducing reliance on fossil fuels, and in terms of local job creation.”
John Martin, chief executive of Windlab, said the North Queensland Super Hub presents a high-yield, complementary wind and solar resource in a region ideally suited for multiple offtake opportunities.
“This facility marks a big step toward realizing our strategic, scalable development plan that leverages the region’s untapped renewable energy base to transform Australia’s electricity market and drive the nation’s clean energy transition,” he said.
Queensland Premier Annastacia Palaszczuk welcomed the plans for the Super Hub, saying that it would accelerate the development of Northern Queensland Renewable Energy Zone (REZ) and sit at the heart of the state’s SuperGrid.
“Building the SuperGrid is a key part of the Queensland Energy and Jobs Plan, which we released in September this year,” she said. “The plan represents AUD 62 billion of public and private investment in the energy system by 2035. It will create 100,000 jobs by 2040 and guarantee secure jobs for energy workers. And it will help our state to further decarbonize, to reach the ambitious renewable energy targets we’ve set, including 70% renewable energy by 2032.”
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