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Callide fly ash used in Lotus Creek bridge

Callide fly ash used in Lotus Creek bridge

Fly ash from CS Energy’s Callide Power Station was used in the concrete for Yellow Creek Bridge on Lotus Creek Wind Farm
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LCWF PROJECT UPDATE

Lotus Creek Wind Farm project update

Construction is powering ahead at the Lotus Creek Wind Farm in readiness for several major milestones over the coming months
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LCWF PROJECT UPDATE

Lotus Creek Wind Farm project update

Opening of the Yellow Creek Bridge and how to apply for round 2 of our community benefit fund.
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Clarifying land clearing at Lotus Creek Wind Farm

Clarifying land clearing at Lotus Creek Wind Farm

Recent media reports have claimed that the Lotus Creek Wind Farm involves clearing more than 3,000 hectares of land. This is incorrect.
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LCWF PROJECT UPDATE

Lotus Creek Wind Farm June project update

An update on construction progress and the first recipients of our community benefit fund.
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The Lotus Creek Wind Farm Community Benefit Fund

The Lotus Creek Wind Farm Community Benefit Fund

The Lotus Creek Wind Farm Community Benefit Fund is now open!
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Queensland Community Renewables Forum Lotus Creek Wind

Visit us at the Queensland Community Renewables Forum

On Thursday 28 November, the Lotus Creek Wind Farm will be at the Queensland Community Renewables Forum in Nebo. The forum is an initiative of ...
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wind farm brings clean energy jobs Central Queensland

New wind farm brings more clean energy jobs to Central Queensland

On 15 August 2024, CS Energy acquired the $1.3 billion Lotus Creek Wind Farm near St Lawrence from Copenhagen Infrastructure Partners. The acquisition makes the ...
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The project is located at Lotus Creek in the Central Queensland, west of St Lawrence. The project site is on Barada Barna Country and Barada Kabalbara Yetimarala Country.

The project will consist of up to 55 wind turbines with a combined maximum capacity of up to 341 MW.

The project will utilise Vestas Enventus turbines, with a hub height of 149m and a maximum blade tip height of 230m.

Project Construction

We expect to begin construction in late 2024, subject to secondary approvals, with operations expected in 2027.

The project is not dependent on government subsidies for construction or operation.

Wind farms are considered to be one of the cheapest form of new electricity generation, along with solar energy, and can produce energy at a significantly lower cost than fossil fuel generation.